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THE COMPONENT REFERENCE

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Search the named components in 79 original teaching models. Open a result to read its reference and inspect its geometry.

2575 description groups · 12,283 named parts, including repeated hardware and reused equipment. Groups share a description within one model; they do not identify interchangeable products or qualified replacements.

2575 description groups · 12,283 named instances

Gas dehydration / ENCLOSURE / STRUCTURE

Complete hollow adsorption-vessel wall ↗

Molecular-sieve gas-dehydration vessel ↗

Full vessel enclosure with five true side penetrations. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 1 named instance

Gas dehydration / INTERNAL / MECHANICAL

Closed side access hollow connection neck ↗

Molecular-sieve gas-dehydration vessel ↗

Distinct instrument or access boundary through a real shell bore. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 5 named instances

Gas dehydration / INTERNAL / MECHANICAL

Closed side access bored rim ↗

Molecular-sieve gas-dehydration vessel ↗

Unrated connection rim; no mating joint or transmitter. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 5 named instances

Gas dehydration / ENCLOSURE / STRUCTURE

Upper closed head with true gas bore ↗

Molecular-sieve gas-dehydration vessel ↗

Flat teaching closure, not a selected pressure-head shape. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 2 named instances

Gas dehydration / INTERNAL / MECHANICAL

Upper gas open boundary neck ↗

Molecular-sieve gas-dehydration vessel ↗

One gas boundary. Adsorption and regeneration may use different directions and external valve arrangements; no sequence is modeled. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 2 named instances

Gas dehydration / INTERNAL / MECHANICAL

Upper gas open boundary rim ↗

Molecular-sieve gas-dehydration vessel ↗

Open gas interface with no selected piping or rated flange. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 2 named instances

Gas dehydration / INTERNAL / MECHANICAL

Access-cover smooth stud 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 8 named instances

Gas dehydration / INTERNAL / MECHANICAL

Access-cover hex nut marker 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 8 named instances

Gas dehydration / INTERNAL / MECHANICAL

Upper closed-tip thermowell marker ↗

Molecular-sieve gas-dehydration vessel ↗

Solid intrusion cue through a separate shell bore. No sensor, temperature value, wall seal or suitable insertion length. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 2 named instances

Gas dehydration / INTERNAL / MECHANICAL

Upper perforated distribution marker ↗

Molecular-sieve gas-dehydration vessel ↗

A separate disk with real enlarged openings; the pattern only distinguishes a plate role. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 2 named instances

Gas dehydration / INTERNAL / MECHANICAL

Lower bed support perimeter seat ↗

Molecular-sieve gas-dehydration vessel ↗

Separate annular seat under the deck; attachment and loading unqualified. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 1 named instance

Gas dehydration / INTERNAL / MECHANICAL

Lower deck support beam -0.36 ↗

Molecular-sieve gas-dehydration vessel ↗

Illustrative beam below the deck, without stress or attachment design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 2 named instances

Gas dehydration / INTERNAL / MECHANICAL

Support screen X member 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 13 named instances

Gas dehydration / INTERNAL / MECHANICAL

Support screen Y member 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 13 named instances

Gas dehydration / INTERNAL / MECHANICAL

Inert support-ball layer 1 marker 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 38 named instances

Gas dehydration / INTERNAL / MECHANICAL

Adsorbent pellet layer 1 marker 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 114 named instances

Gas dehydration / INTERNAL / MECHANICAL

Adsorber display leg 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Display support only; no load, thermal-expansion or foundation design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 4 named instances

Gas dehydration / INTERNAL / MECHANICAL

Bored adsorber display foot 1 ↗

Molecular-sieve gas-dehydration vessel ↗

Separate display foot with a real enlarged hole. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Cold mixed-feed hollow neck ↗

Cold gas–liquid separator cutaway ↗

Open shell penetration and separate hollow neck. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Cold mixed-feed open rim ↗

Cold gas–liquid separator cutaway ↗

Open connection marker with no selected mating pipe. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 4 named instances

Vessels / ENCLOSURE / STRUCTURE

Lower closed head with real drain aperture ↗

Cold gas–liquid separator cutaway ↗

Flat teaching head with bored centre; no pressure-head design. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 2 named instances

Vessels / INTERNAL / MECHANICAL

Inlet diversion plate ↗

Cold gas–liquid separator cutaway ↗

Separate possible inlet momentum-redirection region; no hydraulic calculation, impingement rating or qualified internals. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Inlet plate stand-off -0.29 ↗

Cold gas–liquid separator cutaway ↗

Illustrative support location without a structural design. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 2 named instances

Vessels / INTERNAL / MECHANICAL

Open mist lattice layer 1 member 1 ↗

Cold gas–liquid separator cutaway ↗

Individually selectable open straight member. The crossed mesh suggests a mist-removal region, not supplier media, capture efficiency or low-temperature performance. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 27 named instances

Vessels / ILLUSTRATIVE REGION

Static condensed-liquid region marker ↗

Cold gas–liquid separator cutaway ↗

Arbitrary visible phase-location marker, not a measured level, composition or recovery result. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Access fastener-location cue 1 ↗

Cold gas–liquid separator cutaway ↗

Unthreaded position cue; no preload or rated retention. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 8 named instances

Vessels / INTERNAL / MECHANICAL

Bored support foot 1 ↗

Cold gas–liquid separator cutaway ↗

Separate display foot with an actual anchor bore. Invented static proportions and roles. No selected feed, phase envelope, temperature, pressure, cryogenic material, insulation, cold-box arrangement, separation efficiency, controls, relief, rating, inspection or safe-service procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Parting sheet 1 ↗

Cryogenic plate-fin exchanger core cutaway ↗

Separate layer boundary; not a fabricated brazed sheet. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 7 named instances

Process plants / ENCLOSURE / STRUCTURE

Layer 1 front side-bar ↗

Cryogenic plate-fin exchanger core cutaway ↗

Separate side closure of illustrative stream A gap. Not a verified seal or brazed joint. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Layer 1 stream A corrugated fin 1 ↗

Cryogenic plate-fin exchanger core cutaway ↗

One separately inspectable V fin in illustrative stream A layer. Open gaps between fins are real, but fin pitch, profile and flow are not designed. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 36 named instances

Process plants / INTERNAL / MECHANICAL

Layer 1 left open boundary ↗

Cryogenic plate-fin exchanger core cutaway ↗

Open marker at one end of stream A layer. This is not an engineered common header or flow nozzle. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Layer 1 left open boundary flange marker ↗

Cryogenic plate-fin exchanger core cutaway ↗

Unrated open joint location without mating piping. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 12 named instances

Process plants / ENCLOSURE / STRUCTURE

Layer 2 front side-bar ↗

Cryogenic plate-fin exchanger core cutaway ↗

Separate side closure of illustrative stream B gap. Not a verified seal or brazed joint. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Layer 2 stream B corrugated fin 1 ↗

Cryogenic plate-fin exchanger core cutaway ↗

One separately inspectable V fin in illustrative stream B layer. Open gaps between fins are real, but fin pitch, profile and flow are not designed. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 36 named instances

Process plants / INTERNAL / MECHANICAL

Layer 2 left open boundary ↗

Cryogenic plate-fin exchanger core cutaway ↗

Open marker at one end of stream B layer. This is not an engineered common header or flow nozzle. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

left display upright -0.61 ↗

Cryogenic plate-fin exchanger core cutaway ↗

Display support only. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

left bored display foot -0.61 ↗

Cryogenic plate-fin exchanger core cutaway ↗

Bored display foot; no anchor design. Original invented teaching dimensions and layer assignment. No selected fluid, service, metallurgy, brazed joint, pressure boundary, heat-transfer area, duty, temperature approach, pressure drop, thermal stress or operating procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Turboexpander teaching display base ↗

Turboexpander and loading-compressor cutaway ↗

Studio support only; no skid, alignment or foundation design. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Complete expander casing wall ↗

Turboexpander and loading-compressor cutaway ↗

Hollow enclosure with one true upper entry opening. The internal path is not designed. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Complete loading-compressor casing wall ↗

Turboexpander and loading-compressor cutaway ↗

Hollow enclosure with one true upper exit opening. The internal path is not designed. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Open compressor radial discharge neck ↗

Turboexpander and loading-compressor cutaway ↗

Gas exit boundary from the loading-compressor role. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Expander outer end closure annulus ↗

Turboexpander and loading-compressor cutaway ↗

Axially open end marker; not a pressure-rated closure. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Open expander axial outlet neck ↗

Turboexpander and loading-compressor cutaway ↗

Separate open expander outlet boundary; no verified gas route. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Open compressor axial suction neck ↗

Turboexpander and loading-compressor cutaway ↗

Separate open compressor-entry boundary; no verified gas route. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Expander inner wheel shroud ↗

Turboexpander and loading-compressor cutaway ↗

Independent annular wheel boundary, with invented clearance. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Expander swept wheel vane 1 ↗

Turboexpander and loading-compressor cutaway ↗

Static wheel-vane cue; not a tested turbine or compressor aerodynamic profile. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Expander stationary nozzle carrier ↗

Turboexpander and loading-compressor cutaway ↗

Distinct stationary inlet-guide region, without a designed nozzle throat or flow area. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Expander stationary guide vane 1 ↗

Turboexpander and loading-compressor cutaway ↗

Stationary guide-region cue ahead of the expander wheel. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 10 named instances

Process plants / INTERNAL / MECHANICAL

Loading-compressor diffuser carrier ↗

Turboexpander and loading-compressor cutaway ↗

Separate stationary diffuser-region carrier, not a proven pressure-recovery passage. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Loading-compressor diffuser vane 1 ↗

Turboexpander and loading-compressor cutaway ↗

Stationary diffuser-region cue after the wheel. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 10 named instances

Process plants / INTERNAL / MECHANICAL

Common static expander-compressor shaft ↗

Turboexpander and loading-compressor cutaway ↗

One shaft connects the two wheel roles; no speed, work transfer, critical-speed or stress result is established. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Complete central bearing enclosure wall ↗

Turboexpander and loading-compressor cutaway ↗

Distinct shaft-support enclosure, not a lubrication package. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Expander side journal sleeve location ↗

Turboexpander and loading-compressor cutaway ↗

Static journal location; no bearing selection or film. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Expander side bearing carrier ↗

Turboexpander and loading-compressor cutaway ↗

Support-region carrier, with a true central opening. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Expander side bearing pad cue 1 ↗

Turboexpander and loading-compressor cutaway ↗

Static bearing-pad position; no selected technology, clearance, load or lubricant. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Expander process seal location ↗

Turboexpander and loading-compressor cutaway ↗

Seal-region marker only; no seal faces, gas support, leakage or emissions result. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Turboexpander display pedestal 1 ↗

Turboexpander and loading-compressor cutaway ↗

Studio support, not a casing mount. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Bored turboexpander display foot 1 ↗

Turboexpander and loading-compressor cutaway ↗

Illustrative drilled foot; no anchor or structural design. Invented geometry and scale. No selected gas, inlet condition, expansion ratio, refrigeration duty, NGL yield, aerodynamic profile, speed, stress, bearing/seal design, pressure rating, control, protection, emissions or service qualification.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Tray 1 open perforated deck ↗

NGL fractionation column cutaway ↗

Original perforated deck with separate open holes; not a vendor tray or tested contact area. Invented proportions and locations. No specified mixture, cut, pressure, temperature, heat duty, composition, tray efficiency, hydraulics, relief, controls, rating or safe operation.

Choose an instance · 7 named instances

Process plants / INTERNAL / MECHANICAL

Tray 1 downcomer partition cue ↗

NGL fractionation column cutaway ↗

Alternating liquid-transfer region; no weir or liquid level is established. Invented proportions and locations. No specified mixture, cut, pressure, temperature, heat duty, composition, tray efficiency, hydraulics, relief, controls, rating or safe operation.

Choose an instance · 7 named instances

Process plants / INTERNAL / MECHANICAL

Tray 1 support ring ↗

NGL fractionation column cutaway ↗

Independent support-location ring; no load design. Invented proportions and locations. No specified mixture, cut, pressure, temperature, heat duty, composition, tray efficiency, hydraulics, relief, controls, rating or safe operation.

Choose an instance · 7 named instances

Compression / INTERNAL / MECHANICAL

Casing ring-joint location 1 ↗

Multistage centrifugal gas compressor cutaway ↗

External joint cue only; no casing split design or pressure integrity. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 5 named instances

Compression / INTERNAL / MECHANICAL

Stage 1 back impeller shroud ↗

Multistage centrifugal gas compressor cutaway ↗

Separate annular impeller boundary; no stress or containment calculation. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 3 named instances

Compression / INTERNAL / MECHANICAL

Stage 1 curved impeller vane 1 ↗

Multistage centrifugal gas compressor cutaway ↗

One invented static rotating-region vane; this profile has no aerodynamic or speed result. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 24 named instances

Compression / INTERNAL / MECHANICAL

Stage 1 diffuser vane 1 ↗

Multistage centrifugal gas compressor cutaway ↗

Distinct stationary vane; kinetic-to-pressure conversion is a role, not a measured result. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 24 named instances

Compression / INTERNAL / MECHANICAL

Stage 1 return-guide vane 1 ↗

Multistage centrifugal gas compressor cutaway ↗

Static guide toward a following stage; no verified direction or loss result. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 12 named instances

Compression / INTERNAL / MECHANICAL

Final annular discharge collector location ↗

Multistage centrifugal gas compressor cutaway ↗

Stationary final-stage collection region; this annulus is not a designed volute or continuous outlet passage. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 1 named instance

Compression / INTERNAL / MECHANICAL

Suction dry-gas-seal cartridge location ↗

Multistage centrifugal gas compressor cutaway ↗

Seal location only: no faces, film, buffer-gas circuit, vent or emissions qualification. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 2 named instances

Compression / INTERNAL / MECHANICAL

Suction bearing pad cue 1 ↗

Multistage centrifugal gas compressor cutaway ↗

Static pad-location cue; no oil film, clearance or bearing performance. Invented proportions; no selected machine, dimensions, gas, speed, pressure, performance map, surge line, rotor dynamics, seal-gas system, bearing load or service qualification.

Choose an instance · 16 named instances

Production / INTERNAL / MECHANICAL

Inlet joint stud cue 1 ↗

Adjustable production choke cutaway ↗

Smooth visual fastener cue, without joint preload. Invented static teaching proportions; no selected product, pressure class, trim curve, erosion, sealing, thread, actuation or service qualification.

Choose an instance · 16 named instances

Production / INTERNAL / MECHANICAL

Smooth adjustable stem ↗

Adjustable production choke cutaway ↗

Separate stem axis leading toward the needle. Handwheel and stem movement, thread engagement and thrust transfer are not animated or calculated. Invented static teaching proportions; no selected product, pressure class, trim curve, erosion, sealing, thread, actuation or service qualification.

Choose an instance · 1 named instance

Production / INTERNAL / MECHANICAL

Body-to-bonnet joint marker ↗

Adjustable production choke cutaway ↗

Separate annular component-role marker, without verified material, fit, compression, travel or sealing. Invented static teaching proportions; no selected product, pressure class, trim curve, erosion, sealing, thread, actuation or service qualification.

Choose an instance · 7 named instances

Production / INTERNAL / MECHANICAL

Wheel hub ↗

Adjustable production choke cutaway ↗

Unthreaded visual hub; attachment and torque are not designed. Invented static teaching proportions; no selected product, pressure class, trim curve, erosion, sealing, thread, actuation or service qualification.

Choose an instance · 1 named instance

Rotating equipment / INTERNAL / MECHANICAL

Inlet open neck ↗

External gear pump cutaway ↗

Open inlet connection role; the port is cut into the housing, without a measured flow path. Invented static display proportions; no tooth profile, clearance, displacement, rotation, pressure, seal, material or service qualification.

Choose an instance · 1 named instance

Rotating equipment / INTERNAL / MECHANICAL

Outlet open neck ↗

External gear pump cutaway ↗

Open outlet connection role; the port is cut into the housing, without a measured flow path. Invented static display proportions; no tooth profile, clearance, displacement, rotation, pressure, seal, material or service qualification.

Choose an instance · 1 named instance

Rotating equipment / INTERNAL / MECHANICAL

Drive rear wear-plate location ↗

External gear pump cutaway ↗

Annular location cue, not a selected pressure-loaded wear plate or clearance. Invented static display proportions; no tooth profile, clearance, displacement, rotation, pressure, seal, material or service qualification.

Choose an instance · 4 named instances

Rotating equipment / INTERNAL / MECHANICAL

Drive rear bearing-bush location ↗

External gear pump cutaway ↗

Separate plain-bearing region cue; no load or lubrication design. Invented static display proportions; no tooth profile, clearance, displacement, rotation, pressure, seal, material or service qualification.

Choose an instance · 4 named instances

Rotating equipment / INTERNAL / MECHANICAL

Cover tie-bolt 1 rear head ↗

External gear pump cutaway ↗

Unrated fastening cue. Invented static display proportions; no tooth profile, clearance, displacement, rotation, pressure, seal, material or service qualification.

Choose an instance · 8 named instances

Rotating equipment / ENCLOSURE / STRUCTURE

Stage 1 complete ring casing wall ↗

Multistage centrifugal pump cutaway ↗

Independent full annular stage enclosure. The still alone sections its facing half. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 3 named instances

Rotating equipment / INTERNAL / MECHANICAL

Stage 1 front impeller shroud ↗

Multistage centrifugal pump cutaway ↗

Separate annular shroud; no selected clearance. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 6 named instances

Rotating equipment / INTERNAL / MECHANICAL

Stage 1 curved impeller vane 1 ↗

Multistage centrifugal pump cutaway ↗

Invented rotating-region fin, static in this illustration. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 18 named instances

Rotating equipment / INTERNAL / MECHANICAL

Stage 1 diffuser vane 1 ↗

Multistage centrifugal pump cutaway ↗

Static diffuser-region fin; no pressure-recovery claim. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 18 named instances

Rotating equipment / INTERNAL / MECHANICAL

Stage 1 return guide vane 1 ↗

Multistage centrifugal pump cutaway ↗

Static return-path fin; no continuous fluid passage or measured flow. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 15 named instances

Rotating equipment / INTERNAL / MECHANICAL

Common static shaft ↗

Multistage centrifugal pump cutaway ↗

Common axis through three display stages; no rotating or coupled-load simulation. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 1 named instance

Rotating equipment / INTERNAL / MECHANICAL

Bearing roller cue 1 ↗

Multistage centrifugal pump cutaway ↗

Static rolling-element location, not a bearing design. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 10 named instances

Rotating equipment / INTERNAL / MECHANICAL

Casing tie rod 1 suction nut cue ↗

Multistage centrifugal pump cutaway ↗

Unrated fastening cue. Invented display proportions. No selected pump, product dimensions, flow, head, pressure, thrust, seal plan, material, driver, clearance, performance or service qualification.

Choose an instance · 8 named instances

Drilling / INTERNAL / MECHANICAL

Wellhead open flange ring ↗

Surface blowout-preventer stack cutaway ↗

Separate annular joint-location cue with a real central bore; no rated facing or gasket. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 5 named instances

Drilling / INTERNAL / MECHANICAL

Wellhead smooth stud marker 1 ↗

Surface blowout-preventer stack cutaway ↗

Separate smooth fastener marker without thread, torque or retained-pressure qualification. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 40 named instances

Drilling / INTERNAL / MECHANICAL

Blind ram left face seal location ↗

Surface blowout-preventer stack cutaway ↗

Distinct seal-location marker, not a working elastomer profile or tested contact. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Blind ram left hydraulic cylinder envelope ↗

Surface blowout-preventer stack cutaway ↗

Open actuator-envelope wall outside the ram body; no hydraulic system is modeled. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Blind ram left piston rod marker ↗

Surface blowout-preventer stack cutaway ↗

Separate static rod location between ram block and actuator envelope. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Blind ram left bonnet location ↗

Surface blowout-preventer stack cutaway ↗

Separate bonnet-envelope location with no engineered latch or pressure joint. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Blind ram left actuator cap cue ↗

Surface blowout-preventer stack cutaway ↗

Actuator end cue with no fluid ports or pressure rating. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Conceptual choke-side outlet open nozzle ↗

Surface blowout-preventer stack cutaway ↗

Side-outlet role with an open tube; no valve train, manifold or actual hydraulic connection. Invented teaching proportions and static pose; no OEM geometry, seal integrity, actuator force, pressure rating, certification, well-specific configuration or operational sequence.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 chamber liner rim ↗

Drilling-fluid circulation relationship map ↗

Independent open liner rim, not a rated clamp. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / ENCLOSURE / STRUCTURE

Triplex mud pump / Bank 1 complete hollow liner ↗

Drilling-fluid circulation relationship map ↗

Complete double-wall liner with an actual axial bore; fit and rating invented. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 connecting rod ↗

Drilling-fluid circulation relationship map ↗

Static rod between crank pin and crosshead; clearance and forces are uncalculated. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 crank big-end eye ↗

Drilling-fluid circulation relationship map ↗

Separate big-end location without actual bearing clearance or split joint. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 discharge bored valve seat ↗

Drilling-fluid circulation relationship map ↗

Real annular opening under a separate static plate; no flow coefficient. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 discharge open branch ↗

Drilling-fluid circulation relationship map ↗

High-side open branch to an invented common manifold. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / ENCLOSURE / STRUCTURE

Triplex mud pump / Bank 1 discharge open valve pocket ↗

Drilling-fluid circulation relationship map ↗

Separate hollow vertical pocket and open central demonstration gap. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 discharge removable cover marker ↗

Drilling-fluid circulation relationship map ↗

Distinct cover marker; no bolting, pressure seal or removal procedure. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 discharge valve plate ↗

Drilling-fluid circulation relationship map ↗

Separate static plate near seat; no pressure-responsive motion or leakage. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 discharge valve spring ↗

Drilling-fluid circulation relationship map ↗

Separate static helical valve marker; no stiffness, lift or timing. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 front crank web ↗

Drilling-fluid circulation relationship map ↗

Separate web marker between main axis and offset pin. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 front crosshead guide ↗

Drilling-fluid circulation relationship map ↗

One open guide surface; no wear or lubrication calculation. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 offset crank pin ↗

Drilling-fluid circulation relationship map ↗

Distinct offset pin on one illustrated crank throw. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / ENCLOSURE / STRUCTURE

Triplex mud pump / Bank 1 open fluid-end chamber ↗

Drilling-fluid circulation relationship map ↗

Hollow sectional chamber between liner and valve positions; no cross-bored rated casting. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 piston ring marker 1 ↗

Drilling-fluid circulation relationship map ↗

Separate annular band; clearance, material and leakage are unknown. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 piston rod ↗

Drilling-fluid circulation relationship map ↗

Separate rod from crosshead into the hollow liner. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 solid piston marker ↗

Drilling-fluid circulation relationship map ↗

Piston location inside the open liner. No hydraulic cycle or seal claim. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Bank 1 suction open branch ↗

Drilling-fluid circulation relationship map ↗

Low-side open branch to an invented common manifold. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Common discharge hollow manifold ↗

Drilling-fluid circulation relationship map ↗

Separate open manifold teaching boundary; intersections are not engineered junctions. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Discharge front open boundary collar ↗

Drilling-fluid circulation relationship map ↗

Open external boundary marker; actual pipe, relief and pressure rating omitted. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Drive front presentation foot ↗

Drilling-fluid circulation relationship map ↗

Separate display foot, not an anchor detail. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Front main bearing envelope ↗

Drilling-fluid circulation relationship map ↗

Hollow reading envelope around the main shaft; not a bearing specification. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Power-end front crosshead upright ↗

Drilling-fluid circulation relationship map ↗

Open power-end frame upright. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Power-end front upper cross rail ↗

Drilling-fluid circulation relationship map ↗

Open frame upper crossing; the drive remains exposed. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Power-end front upper rail ↗

Drilling-fluid circulation relationship map ↗

Open frame rail, not an enclosed guard. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Skid crosshead cross rail ↗

Drilling-fluid circulation relationship map ↗

Independent skid cross member without selected structural load. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Skid front rail ↗

Drilling-fluid circulation relationship map ↗

Stationary illustration rail, not a lift or foundation design. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Triplex mud pump / Transverse main crankshaft ↗

Drilling-fluid circulation relationship map ↗

One common power-end axis through three invented throw regions. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 1 named instance

Drilling / INTERNAL / MECHANICAL

Shale shaker / Base discharge cross rail ↗

Drilling-fluid circulation relationship map ↗

Stationary cross member beneath the open basket. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Base front longitudinal rail ↗

Drilling-fluid circulation relationship map ↗

Stationary skid rail, not a certified lift or foundation member. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Basket front discharge upright ↗

Drilling-fluid circulation relationship map ↗

One separate open basket upright. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Basket front long sill ↗

Drilling-fluid circulation relationship map ↗

Moving-basket boundary in a static pose; no motion is simulated. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Basket front top guard ↗

Drilling-fluid circulation relationship map ↗

Open side guide, not a safety guarding design. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Cuttings chute front rim ↗

Drilling-fluid circulation relationship map ↗

One open chute edge, not a containment or conveyance design. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Cuttings chute open floor ↗

Drilling-fluid circulation relationship map ↗

Separate coarse-cuttings exit route; actual waste handling is outside the model. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 1 named instance

Drilling / INTERNAL / MECHANICAL

Shale shaker / Discharge front base foot ↗

Drilling-fluid circulation relationship map ↗

Separate invented presentation foot, not an engineered anchor. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Discharge front basket spring shoe ↗

Drilling-fluid circulation relationship map ↗

Upper seat separates basket from stationary skid concept. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Discharge front helical spring ↗

Drilling-fluid circulation relationship map ↗

Separate static support spring; this model does not animate or size vibratory loading. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Discharge front spring pedestal ↗

Drilling-fluid circulation relationship map ↗

Lower support seat; no transmitted load is calculated. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Front vibrator basket bridge ↗

Drilling-fluid circulation relationship map ↗

Static bridge to basket; no fatigue, guarding or vibration analysis. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Front vibrator eccentric marker ↗

Drilling-fluid circulation relationship map ↗

Distinct eccentric mass cue; its angular pose has no force interpretation. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Front vibrator motor housing ↗

Drilling-fluid circulation relationship map ↗

One invented vibrator housing outside the screen path; static only. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Illustrative coarse cuttings fragment 1 ↗

Drilling-fluid circulation relationship map ↗

Static representative solids marker, not a material sample or separation prediction. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 5 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Recovered drilling fluid open outlet fastener 1 ↗

Drilling-fluid circulation relationship map ↗

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 8 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Recovered-fluid tray bottom ↗

Drilling-fluid circulation relationship map ↗

Visible lower collection floor distinct from the screen apertures. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 1 named instance

Drilling / INTERNAL / MECHANICAL

Shale shaker / Recovered-fluid tray feed end ↗

Drilling-fluid circulation relationship map ↗

End edge of the open tray; no level or drain capacity is established. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 1 named instance

Drilling / INTERNAL / MECHANICAL

Shale shaker / Recovered-fluid tray front rim ↗

Drilling-fluid circulation relationship map ↗

One edge of the open under-screen fluid collection tray. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 2 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Screen 1 actual open teaching lattice ↗

Drilling-fluid circulation relationship map ↗

Independent coarse open grid above the separate fluid tray; it is not a specified shaker screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Screen 1 discharge frame rail ↗

Drilling-fluid circulation relationship map ↗

Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Shale shaker / Screen 1 front frame rail ↗

Drilling-fluid circulation relationship map ↗

Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Route / Tank role toward pump suction ↗

Drilling-fluid circulation relationship map ↗

Hollow static reading route at invented scale; not fabricated pipe, simulated flow, pressure containment or a complete rig connection.

Choose an instance · 7 named instances

Drilling / INTERNAL / MECHANICAL

Bank 1 front crank web ↗

Triplex mud-pump teaching cutaway ↗

Separate web marker between main axis and offset pin. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Bank 1 front crosshead guide ↗

Triplex mud-pump teaching cutaway ↗

One open guide surface; no wear or lubrication calculation. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 6 named instances

Drilling / ENCLOSURE / STRUCTURE

Bank 1 suction open valve pocket ↗

Triplex mud-pump teaching cutaway ↗

Separate hollow vertical pocket and open central demonstration gap. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Bank 1 suction bored valve seat ↗

Triplex mud-pump teaching cutaway ↗

Real annular opening under a separate static plate; no flow coefficient. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Bank 1 suction valve plate ↗

Triplex mud-pump teaching cutaway ↗

Separate static plate near seat; no pressure-responsive motion or leakage. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Bank 1 suction valve spring ↗

Triplex mud-pump teaching cutaway ↗

Separate static helical valve marker; no stiffness, lift or timing. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Bank 1 suction removable cover marker ↗

Triplex mud-pump teaching cutaway ↗

Distinct cover marker; no bolting, pressure seal or removal procedure. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Suction front open boundary collar ↗

Triplex mud-pump teaching cutaway ↗

Open external boundary marker; actual pipe, relief and pressure rating omitted. Original sectional teaching geometry at invented dimensions; no rated pressure boundary, valve event, piston seal, load, flow, pulsation, lubrication, guarding or service qualification.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Feed front helical spring ↗

Shale shaker and open screen deck ↗

Separate static support spring; this model does not animate or size vibratory loading. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Screen 1 front frame rail ↗

Shale shaker and open screen deck ↗

Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Screen 1 feed frame rail ↗

Shale shaker and open screen deck ↗

Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.

Choose an instance · 6 named instances

Drilling / INTERNAL / MECHANICAL

Screen 1 actual open teaching lattice ↗

Shale shaker and open screen deck ↗

Independent coarse open grid above the separate fluid tray; it is not a specified shaker screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.

Choose an instance · 3 named instances

Drilling / INTERNAL / MECHANICAL

Basket front feed upright ↗

Shale shaker and open screen deck ↗

One separate open basket upright. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.

Choose an instance · 4 named instances

Drilling / INTERNAL / MECHANICAL

Recovered drilling fluid open outlet fastener 1 ↗

Shale shaker and open screen deck ↗

Generic fastener position. Quantity and size do not specify a rated connection.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Anchor washer 1.76 1 ↗

Produced-water separation and polishing train ↗

Separate annular washer marker; no retention or preload design. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Baffle support tie 0.67 ↗

Produced-water separation and polishing train ↗

Illustrative plate-location support, without weld or strength design. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Bored saddle foot 1.76 ↗

Produced-water separation and polishing train ↗

Separate base plate with actual anchor openings. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Free-water knockout / Closed inspection cover ↗

Produced-water separation and polishing train ↗

Separate solid cover in a closed pose. No vessel-entry procedure. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Display plinth ↗

Produced-water separation and polishing train ↗

Presentation base, not an installed foundation. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Diverter standoff 1 ↗

Produced-water separation and polishing train ↗

Independent support marker; no attachment or load design. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Free-water knockout / End seam marker 1 ↗

Produced-water separation and polishing train ↗

Visible junction only; no weld or code-head specification. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Free-water knockout / FWKO hollow vessel wall ↗

Produced-water separation and polishing train ↗

Complete double-surface horizontal enclosure with real selected side openings. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Inspection cover seat ↗

Produced-water separation and polishing train ↗

Annular cover position; no gasket or pressure rating. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Inspection neck ↗

Produced-water separation and polishing train ↗

Bored inspection location with a separate closed cover. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Lower interface boundary hollow neck ↗

Produced-water separation and polishing train ↗

Open connection at a real wall opening; destination and rating are not selected. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Lower interface boundary open collar ↗

Produced-water separation and polishing train ↗

Separate open collar; no gasket, bolt or mating-pipe qualification. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Quieting baffle with actual openings ↗

Produced-water separation and polishing train ↗

Invented perforated plate location. Hole count and spacing are not selected design values. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Saddle support 1.76 ↗

Produced-water separation and polishing train ↗

Static support location; no structural or foundation design. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Separate inlet impact plate ↗

Produced-water separation and polishing train ↗

Invented diverter-position plate, not a selected impact device. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Smooth anchor marker 1.76 1 ↗

Produced-water separation and polishing train ↗

Unthreaded location marker through an open foot hole. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / ILLUSTRATIVE REGION

Free-water knockout / Static emulsion region marker ↗

Produced-water separation and polishing train ↗

Arbitrary upper liquid marker; no product quality or oil level result. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Free-water knockout / Static free-water boundary plane ↗

Produced-water separation and polishing train ↗

Arbitrary blue reading plane, not a measured interface or separated volume. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Free-water knockout / Water-pocket end marker ↗

Produced-water separation and polishing train ↗

Open-spaced lower collection-location marker; no seal or hydraulic result. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / ILLUSTRATIVE REGION

Deoiling cyclone / Central direction arrow ↗

Produced-water separation and polishing train ↗

Fixed visual direction cue, not flow, velocity or separation performance. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Central oil-reject finder ↗

Produced-water separation and polishing train ↗

Hollow central extension into the inlet head and out of the top. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Deoiling cyclone / Complete hollow inlet head ↗

Produced-water separation and polishing train ↗

Upper liner/head envelope with an actual offset side opening. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Deoiling cyclone / Complete long tapered liner ↗

Produced-water separation and polishing train ↗

Continuous hollow taper with inner and outer surfaces, open at both ends. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Deoiling cyclone / Head joint gasket marker ↗

Produced-water separation and polishing train ↗

Separate conceptual head/liner interface, without seal or fastening qualification. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Head joint nut marker 1 ↗

Produced-water separation and polishing train ↗

External nut shape only; fit and preload are not verified. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Head joint smooth stud 1 ↗

Produced-water separation and polishing train ↗

Separate fastener location; no thread, tension or pressure joint. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Deoiling cyclone / Head top annular closure ↗

Produced-water separation and polishing train ↗

Closed annular top outside the central reject passage. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Lower treated-water outlet ↗

Produced-water separation and polishing train ↗

Open lower water-rich boundary; additional treatment or approved handling remains outside the model. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Open feed flange ↗

Produced-water separation and polishing train ↗

Separate open rectangular interface; no selected joint or rated flange. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Open offset produced-water feed ↗

Produced-water separation and polishing train ↗

Open feed duct meeting the head near its wall; orientation is a role cue, not a selected inlet. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Open oil-reject flange ↗

Produced-water separation and polishing train ↗

Open upper reject boundary; it does not specify recycling or oil recovery. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Open water-outlet flange ↗

Produced-water separation and polishing train ↗

Separate open lower flange; no discharge, reuse or injection permission. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Presentation foot 1 ↗

Produced-water separation and polishing train ↗

Unrated display foot without anchors or loads. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Deoiling cyclone / Presentation support 1 ↗

Produced-water separation and polishing train ↗

Display frame location, without structural or foundation design. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / ILLUSTRATIVE REGION

Deoiling cyclone / Static central oil-rich path cue ↗

Produced-water separation and polishing train ↗

Fixed visual line for the contrasting central reject direction, not actual fluid motion. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Deoiling cyclone / Static outer water-rich path cue ↗

Produced-water separation and polishing train ↗

Fixed visual line for a possible outer water-rich direction, not actual fluid motion. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Bed lower boundary marker ↗

Produced-water separation and polishing train ↗

Thin cue for the bed base above the open underdrain region. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Nutshell filter / Bored lower closure ↗

Produced-water separation and polishing train ↗

Annular lower closure around a real open collection passage. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Nutshell filter / Bored upper closure ↗

Produced-water separation and polishing train ↗

Annular upper closure around a real open feed passage. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Nutshell filter / Cleaning direction arrow ↗

Produced-water separation and polishing train ↗

Fixed direction annotation, not simulated flow or an operating instruction. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Nutshell filter / Complete hollow filter vessel wall ↗

Produced-water separation and polishing train ↗

Continuous full-height double-surface teaching shell with open interior. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Deflector stand-off ↗

Produced-water separation and polishing train ↗

Illustrative support for the deflection marker only. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Feed deflection marker ↗

Produced-water separation and polishing train ↗

Fixed conceptual splash/deflection marker; not a designed distributor. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Filter display foot 1 ↗

Produced-water separation and polishing train ↗

Unrated model foot; anchors and installation omitted. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Filter display support 1 ↗

Produced-water separation and polishing train ↗

Illustrative display support without foundation, load or seismic design. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Nutshell filter / Lower gasket marker ↗

Produced-water separation and polishing train ↗

Conceptual external shell joint, not a pressure-qualified seal or bolted connection. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Nutshell-media teaching sector 1 ↗

Produced-water separation and polishing train ↗

Sparse original octahedral grain collection indicating the bed role, not graded or measured media. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Open feed boundary flange ↗

Produced-water separation and polishing train ↗

Open top teaching interface, with no rated joint or adjoining piping. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Open outlet boundary flange ↗

Produced-water separation and polishing train ↗

Open lower teaching interface, not an approved reuse or injection route. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Open polished-water outlet neck ↗

Produced-water separation and polishing train ↗

Separate hollow lower-water boundary; outlet quality and destination are not verified. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Open produced-water feed neck ↗

Produced-water separation and polishing train ↗

Separate hollow incoming-water boundary; fluid properties and pressure are not selected. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Open-slot underdrain rail 1 ↗

Produced-water separation and polishing train ↗

One separate rail; the spaces between rails are visible, but collection hydraulics are not engineered. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 13 named instances

Process plants / ILLUSTRATIVE REGION

Nutshell filter / Static media-cleaning-upflow cue ↗

Produced-water separation and polishing train ↗

Fixed opposite-direction cue for a separate media-cleaning concept, not a valve sequence. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Nutshell filter / Static service-downflow cue ↗

Produced-water separation and polishing train ↗

Fixed line through the bed illustrating only a general filtration direction. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Underdrain perimeter seat ↗

Produced-water separation and polishing train ↗

Conceptual support seat beneath the open rail grid. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Upper joint nut marker 1 ↗

Produced-water separation and polishing train ↗

External nut marker only; no fit or pressure integrity. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 10 named instances

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Upper joint smooth stud 1 ↗

Produced-water separation and polishing train ↗

Separate unthreaded fastener marker with no preload calculation. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 10 named instances

Process plants / INTERNAL / MECHANICAL

Nutshell filter / Upper open-water space marker ↗

Produced-water separation and polishing train ↗

Thin level cue for the open region above the granular bed, not a liquid interface. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure. Reused at an invented scale and scene location; no equipment selection or compatibility is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Route / Mixed liquid to free-water knockout ↗

Produced-water separation and polishing train ↗

Static conceptual relationship, not actual piping, measured flow, operating sequence or design.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Direction / Mixed liquid to free-water knockout ↗

Produced-water separation and polishing train ↗

Static direction cue, without flow, pressure, quality or timing.

Choose an instance · 6 named instances

Vessels / INTERNAL / MECHANICAL

Left side guide ↗

Chevron mist-eliminator vane pack ↗

Narrow outer frame edge; central gas passages stay open. Invented static teaching geometry; no selected gas velocity, droplet size, removal efficiency, pressure drop, liquid load, fouling resistance, material, support calculation or service rating.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Right side guide ↗

Chevron mist-eliminator vane pack ↗

Opposite outer frame edge; central gas passages stay open. Invented static teaching geometry; no selected gas velocity, droplet size, removal efficiency, pressure drop, liquid load, fouling resistance, material, support calculation or service rating.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Chevron vane 1 ↗

Chevron mist-eliminator vane pack ↗

Independent full-height kinked vane with actual open adjacent gas passages. Invented static teaching geometry; no selected gas velocity, droplet size, removal efficiency, pressure drop, liquid load, fouling resistance, material, support calculation or service rating.

Choose an instance · 12 named instances

Vessels / INTERNAL / MECHANICAL

Vane 1 lower drainage lip ↗

Chevron mist-eliminator vane pack ↗

Separate lower lip location where collected liquid might be led away; not a hydraulic or re-entrainment prediction. Invented static teaching geometry; no selected gas velocity, droplet size, removal efficiency, pressure drop, liquid load, fouling resistance, material, support calculation or service rating.

Choose an instance · 12 named instances

Vessels / INTERNAL / MECHANICAL

Smooth stud marker 1 ↗

Pressure-vessel manway closure concept ↗

Separate smooth stud through a real hole; no threads, torque or preload. Invented static teaching geometry. No pressure rating, code design, weld, gasket selection, fastener preload, leak tightness, lifting method or vessel-opening procedure is established.

Choose an instance · 12 named instances

Vessels / INTERNAL / MECHANICAL

Bored upper washer marker 1 ↗

Pressure-vessel manway closure concept ↗

Separate washer above the cover; no bearing stress or load distribution result. Invented static teaching geometry. No pressure rating, code design, weld, gasket selection, fastener preload, leak tightness, lifting method or vessel-opening procedure is established.

Choose an instance · 12 named instances

Vessels / INTERNAL / MECHANICAL

Bored upper nut marker 1 ↗

Pressure-vessel manway closure concept ↗

Circular open nut-position marker; no thread profile or retained joint qualification. Invented static teaching geometry. No pressure rating, code design, weld, gasket selection, fastener preload, leak tightness, lifting method or vessel-opening procedure is established.

Choose an instance · 12 named instances

Process plants / ENCLOSURE / STRUCTURE

Complete radiant front enclosure panel ↗

Fired process heater cutaway ↗

Complete front firebox boundary; removable visibility is for reading, not an inspection access design. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Complete radiant left enclosure panel ↗

Fired process heater cutaway ↗

Full side enclosure boundary with invented proportions. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Radiant chamber floor ↗

Fired process heater cutaway ↗

Floor region below the schematic burner locations. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Left refractory reading panel ↗

Fired process heater cutaway ↗

Inner lining location only; no anchor, expansion, hot-face or material rating. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Burner 1 open throat ↗

Fired process heater cutaway ↗

Hollow opening into the radiant chamber, not a selected burner. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Burner 1 air-register envelope ↗

Fired process heater cutaway ↗

Separate annular air-entry location with no air-flow, damper or safety claim. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Burner 1 fuel-lance envelope ↗

Fired process heater cutaway ↗

Open generic fuel-entry marker; no fuel system, nozzle or mixing design. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Burner 1 plenum marker ↗

Fired process heater cutaway ↗

Illustrative external plenum location; no controls or purge system. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Radiant process tube 1 ↗

Fired process heater cutaway ↗

One open-ended radiant-zone process-tube example; not a selected tube size or wall thickness. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Radiant tube 1 lower support cue ↗

Fired process heater cutaway ↗

Separate visible support position, not a thermal expansion or load design. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Radiant return bend 1 ↗

Fired process heater cutaway ↗

Open hollow return-bend teaching segment; geometric adjacency does not qualify a weld or complete circuit. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 5 named instances

Process plants / ENCLOSURE / STRUCTURE

Complete convection front enclosure panel ↗

Fired process heater cutaway ↗

Separate upper gas-side enclosure; no engineered heat recovery or leakage value. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Convection tube row 1 position 1 ↗

Fired process heater cutaway ↗

One full hollow straight process-tube example, not a connected pass, fin design or selected duty. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Convection tube support rail 1 ↗

Fired process heater cutaway ↗

Support-position marker beside the tube bank; no load or expansion analysis. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Complete open exhaust stack ↗

Fired process heater cutaway ↗

Full hollow stack wall; height, draft and discharge performance are not determined. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Stack upper open lip ↗

Fired process heater cutaway ↗

Separate open stack exit boundary. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Stack external stiffening band 1 ↗

Fired process heater cutaway ↗

External visual band, not a structural calculation. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Heater display support 1 ↗

Fired process heater cutaway ↗

Invented display support, not a foundation or fireproofing detail. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Static radiant-gas reading cue 1 ↗

Fired process heater cutaway ↗

Stationary colour marker, not a flame, gas streamline or measured temperature. Invented static educational shape: no heat duty, tube metal temperature, combustion, draft, emissions, refractory rating, pressure boundary, controls, burner-management system, code conformity or safe procedure.

Choose an instance · 4 named instances

Oil sands / INTERNAL / MECHANICAL

Curved impeller passage vane 1 ↗

Oil-sands tailings slurry pump concept ↗

One of five independent schematic vanes; not a hydraulic or wear design. Original static teaching geometry with invented proportions; no operator or OEM product, duty point, wear life, clearance, seal-water requirement, pressure rating, material selection or safe procedure.

Choose an instance · 5 named instances

Oil sands / INTERNAL / MECHANICAL

Drive shaft ↗

Oil-sands tailings slurry pump concept ↗

Drive-side shaft axis; loads, speed, retention and alignment are unknown. Original static teaching geometry with invented proportions; no operator or OEM product, duty point, wear life, clearance, seal-water requirement, pressure rating, material selection or safe procedure.

Choose an instance · 1 named instance

Oil sands / INTERNAL / MECHANICAL

Bearing 1 rolling-element cue 1 ↗

Oil-sands tailings slurry pump concept ↗

Static rolling-element marker, not operating kinematics. Original static teaching geometry with invented proportions; no operator or OEM product, duty point, wear life, clearance, seal-water requirement, pressure rating, material selection or safe procedure.

Choose an instance · 16 named instances

Oil sands / INTERNAL / MECHANICAL

Wet-end pedestal ↗

Oil-sands tailings slurry pump concept ↗

Illustrative support below the pump; foundation loads unknown. Original static teaching geometry with invented proportions; no operator or OEM product, duty point, wear life, clearance, seal-water requirement, pressure rating, material selection or safe procedure.

Choose an instance · 1 named instance

Oil sands / INTERNAL / MECHANICAL

Casing joint stud marker 1 ↗

Oil-sands tailings slurry pump concept ↗

Unthreaded joint-location marker; no pressure joint design. Original static teaching geometry with invented proportions; no operator or OEM product, duty point, wear life, clearance, seal-water requirement, pressure rating, material selection or safe procedure.

Choose an instance · 8 named instances

Oil sands / INTERNAL / MECHANICAL

Casing joint nut marker 1 ↗

Oil-sands tailings slurry pump concept ↗

External nut-shaped cue only; no preload or service rating. Original static teaching geometry with invented proportions; no operator or OEM product, duty point, wear life, clearance, seal-water requirement, pressure rating, material selection or safe procedure.

Choose an instance · 8 named instances

Oil sands / ILLUSTRATIVE REGION

Static slurry-region cue 1 ↗

Oil-sands tailings slurry pump concept ↗

Stationary colour cue, not a moving or sampled particle. Original static teaching geometry with invented proportions; no operator or OEM product, duty point, wear life, clearance, seal-water requirement, pressure rating, material selection or safe procedure.

Choose an instance · 4 named instances

Oil sands / INTERNAL / MECHANICAL

Head joint stud marker 1 ↗

Oil-sands tailings classification cyclone ↗

Separate unthreaded fastener location; preload is unknown. Invented static teaching geometry; no operator or vendor liner, cut size, mass balance, pump duty, pressure rating, water quality, wear life, handling route or operating procedure.

Choose an instance · 8 named instances

Oil sands / INTERNAL / MECHANICAL

Head joint nut marker 1 ↗

Oil-sands tailings classification cyclone ↗

External nut-shaped mark, without joint design. Invented static teaching geometry; no operator or vendor liner, cut size, mass balance, pump duty, pressure rating, water quality, wear life, handling route or operating procedure.

Choose an instance · 8 named instances

Oil sands / ILLUSTRATIVE REGION

Static coarse-solids cue 1 ↗

Oil-sands tailings classification cyclone ↗

Stationary lower-region mark, not a measured particle, grade or path. Invented static teaching geometry; no operator or vendor liner, cut size, mass balance, pump duty, pressure rating, water quality, wear life, handling route or operating procedure.

Choose an instance · 10 named instances

Oil sands / ILLUSTRATIVE REGION

Static fines-rich cue 1 ↗

Oil-sands tailings classification cyclone ↗

Stationary upper-region mark, not a sample or calculated fines path. Invented static teaching geometry; no operator or vendor liner, cut size, mass balance, pump duty, pressure rating, water quality, wear life, handling route or operating procedure.

Choose an instance · 8 named instances

Oil sands / INTERNAL / MECHANICAL

Static rake blade 1.1 ↗

Oil-sands tailings thickener concept ↗

Fixed scraper-location marker. Blade pitch, clearance and conveyed solids are not simulated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Choose an instance · 6 named instances

Oil sands / ILLUSTRATIVE REGION

Static settling marker 1 ↗

Oil-sands tailings thickener concept ↗

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Choose an instance · 12 named instances

Oil sands / INTERNAL / MECHANICAL

Open middlings-feed connection end collar ↗

Oil-sands secondary flotation cell concept ↗

Unrated open-end connection marker. Invented static teaching geometry; no operator configuration, air rate, recovery result, pressure rating, mass balance or operating instruction.

Choose an instance · 4 named instances

Oil sands / ILLUSTRATIVE REGION

Static froth region edge 1 ↗

Oil-sands secondary flotation cell concept ↗

Fixed coloured reading boundary; not a measured phase interface or flow result. Invented static teaching geometry; no operator configuration, air rate, recovery result, pressure rating, mass balance or operating instruction.

Choose an instance · 8 named instances

Oil sands / ILLUSTRATIVE REGION

Static air bubble marker 1 ↗

Oil-sands secondary flotation cell concept ↗

A fixed visual cue for introduced air, not measured bubbles or simulated flotation. Invented static teaching geometry; no operator configuration, air rate, recovery result, pressure rating, mass balance or operating instruction.

Choose an instance · 18 named instances

Oil sands / ENCLOSURE / STRUCTURE

Open upper rim ↗

Oil-sands primary separation vessel ↗

Annular open top reading boundary; no roof, overflow design or safe access is specified. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction.

Choose an instance · 1 named instance

Oil sands / ILLUSTRATIVE REGION

Static bitumen-froth region marker ↗

Oil-sands primary separation vessel ↗

Upper visual region for bitumen-rich froth, which still contains water and solids. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction.

Choose an instance · 1 named instance

Oil sands / ILLUSTRATIVE REGION

Static middlings region marker ↗

Oil-sands primary separation vessel ↗

Middle visual region for water, mineral solids and some bitumen. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction.

Choose an instance · 1 named instance

Oil sands / ILLUSTRATIVE REGION

Static sand-rich region marker ↗

Oil-sands primary separation vessel ↗

Lower visual region before whole-tailings handling; no settled concentration is measured. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction.

Choose an instance · 1 named instance

Oil sands / ILLUSTRATIVE REGION

Static froth marker 1 ↗

Oil-sands primary separation vessel ↗

Fixed visual marker in the froth region; not an actual particle, bubble, sample or simulation. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction.

Choose an instance · 12 named instances

Oil sands / ILLUSTRATIVE REGION

Static middlings marker 1 ↗

Oil-sands primary separation vessel ↗

Fixed visual marker in the middlings region; not an actual particle, bubble, sample or simulation. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction.

Choose an instance · 10 named instances

Oil sands / ILLUSTRATIVE REGION

Static sand-rich marker 1 ↗

Oil-sands primary separation vessel ↗

Fixed visual marker in the sand-rich region; not an actual particle, bubble, sample or simulation. Original static teaching geometry; no operator layout, mass balance, recovery result, vessel rating, controls or operating instruction.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / External gas-path arrow shaft ↗

Flare-system path concept ↗

Reading direction only; no actual velocity, combustion or gas flow. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Gas outlet bored end collar ↗

Flare-system path concept ↗

Separate open collar without a rated face, gasket or matched pipe. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Gas outlet hollow neck ↗

Flare-system path concept ↗

Open boundary at the drilled wall. No selected connection, instrument or destination. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 5 named instances

Process plants / ENCLOSURE / STRUCTURE

Liquid knock-out drum / Head seam marker 1 ↗

Flare-system path concept ↗

Illustrative junction location, without weld design. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Illustrative liquid-region plane ↗

Flare-system path concept ↗

Static colour boundary only. It is not actual liquid, capacity or a live gauge. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Inlet impact plate ↗

Flare-system path concept ↗

Independent splash/impact location. No selected baffle, strength or droplet-removal performance. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Inlet plate standoff 1 ↗

Flare-system path concept ↗

Geometric location marker without weld, load or material specification. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 3 named instances

Process plants / ENCLOSURE / STRUCTURE

Liquid knock-out drum / Knock-out drum hollow shell ↗

Flare-system path concept ↗

Separate outer and inner cylindrical surfaces with real wall openings. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Support 2.03 anchor 1 smooth rod ↗

Flare-system path concept ↗

Location marker; no embedded anchor or clamp load. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Support 2.03 anchor 1 washer ↗

Flare-system path concept ↗

Independent annular washer location. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Support foot 2.03 ↗

Flare-system path concept ↗

Base location with two true anchor openings. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Liquid knock-out drum / Vessel support saddle 2.03 ↗

Flare-system path concept ↗

Separate support location without load or foundation design. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Bent inlet and submerged leg ↗

Flare-system path concept ↗

One open tube enters from the header side and turns downward below the static blue surface. The illustrated immersion does not establish a functioning seal. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Downstream gas outlet neck ↗

Flare-system path concept ↗

Open upper destination toward downstream flare equipment, which is not modeled. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Downstream outlet collar ↗

Flare-system path concept ↗

Unrated open boundary marker; no connected stack, purge or flare tip. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Drain outlet collar ↗

Flare-system path concept ↗

Unrated annular drain boundary; no disposal or closed valve is shown. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / External reading arrow head ↗

Flare-system path concept ↗

Static downstream-direction marker outside the vessel. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / External reading arrow shaft ↗

Flare-system path concept ↗

Static reading direction outside the vessel; not a gas velocity or operating state. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Header-side inlet collar ↗

Flare-system path concept ↗

Open connection boundary; upstream knock-out drum and header are outside this model. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Illustrative liquid-seal drum / Illustrative liquid surface ↗

Flare-system path concept ↗

Static reading plane. It is not water inventory, a measured level, calculated liquid head or proof of a protective seal. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Liquid surface edge marker ↗

Flare-system path concept ↗

Circular level-reading marker at an arbitrary height. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Lower level boundary collar ↗

Flare-system path concept ↗

Separate bored connection marker, without a rated joint. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Lower level boundary neck ↗

Flare-system path concept ↗

Open instrument connection location without a gauge, control logic or setpoint. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Lower liquid drain neck ↗

Flare-system path concept ↗

Open liquid-removal boundary. Storage, treatment and controls are outside the model. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Illustrative liquid-seal drum / Lower shell seam marker ↗

Flare-system path concept ↗

Visible junction marker, not a weld or inspection record. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Illustrative liquid-seal drum / Lower vessel closure ↗

Flare-system path concept ↗

Lower enclosing plate with a real drain opening. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Illustrative liquid-seal drum / Seal-vessel hollow wall ↗

Flare-system path concept ↗

Vertical open-ended shell with actual side passages. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Submerged leg outlet ring ↗

Flare-system path concept ↗

Separate open end marker inside the liquid region; no bubble, backflow or pressure behaviour is simulated. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Support foot +0.68 +0.68 ↗

Flare-system path concept ↗

Foot with a geometric anchor opening; no fastener specification. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative liquid-seal drum / Support leg +0.68 +0.68 ↗

Flare-system path concept ↗

Independent support position without structural or foundation design. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Illustrative liquid-seal drum / Upper vessel closure ↗

Flare-system path concept ↗

Upper enclosing plate with a real outlet opening. Invented educational geometry only; no selected liquid head, gas duty, pressure rating, flashback protection or operating instruction. Reused at an invented scale and location; no equipment matching, protection or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Stack foundation marker ↗

Flare-system path concept ↗

Visible base location only; foundations and loads are outside the lesson. Invented teaching geometry. No stack rating, hydraulic design, flame stability, pilot/ignition system, purge, gas seal, structural design, emissions result or operating instruction.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Open tip location ↗

Flare-system path concept ↗

Open elevated location only; no flame, combustion efficiency or plume is depicted. Invented teaching geometry. No stack rating, hydraulic design, flame stability, pilot/ignition system, purge, gas seal, structural design, emissions result or operating instruction.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Route / Header reaches liquid knock-out role ↗

Flare-system path concept ↗

Original static relationship; not actual process pipe, relief routing, gas flow or safe operation.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Direction / Header reaches liquid knock-out role ↗

Flare-system path concept ↗

Fixed reading arrow, without measured quantity, pressure, velocity or operating state.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Crude stock tank / Fill connection fastener 1 ↗

Tank-vapour recovery system concept ↗

Generic fastener position. Quantity and size do not specify a rated connection. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 32 named instances

Process plants / INTERNAL / MECHANICAL

Crude stock tank / Fill connection flange ↗

Tank-vapour recovery system concept ↗

Illustrative flange ring, with no rated facing or bolt specification. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Crude stock tank / Ladder rung 0.5 ↗

Tank-vapour recovery system concept ↗

Schematic ladder rung. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 9 named instances

Process plants / ENCLOSURE / STRUCTURE

Suction scrubber / Bored boot lower closure ↗

Tank-vapour recovery system concept ↗

Separate closure with a real lower drain passage. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Suction scrubber / Bored outlet-side vessel cap ↗

Tank-vapour recovery system concept ↗

End closure with one actual gas-outlet passage. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Bored support foot 1 ↗

Tank-vapour recovery system concept ↗

Separate foot with an actual anchor opening. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Suction scrubber / Closed inlet-side vessel cap ↗

Tank-vapour recovery system concept ↗

Closed static end, without a selected vessel-head profile. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Suction scrubber / Closed inspection cover ↗

Tank-vapour recovery system concept ↗

Static closed cover; no vessel-entry guidance. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Closed inspection neck ↗

Tank-vapour recovery system concept ↗

Side shell opening with a separately closed cover; no access procedure. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Suction scrubber / Complete hollow scrubber shell ↗

Tank-vapour recovery system concept ↗

Complete double-surface horizontal enclosure with five separate wall openings. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Compressor-side gas outlet hollow neck ↗

Tank-vapour recovery system concept ↗

Open gas boundary beyond the bored end closure; no connected compressor is depicted. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Compressor-side gas outlet open collar ↗

Tank-vapour recovery system concept ↗

Separate open outlet marker, without a rated joint. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Hollow lower liquid boot ↗

Tank-vapour recovery system concept ↗

Separate hollow lower collection location meeting an actual shell opening. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Inlet plate stand-off 0.42 ↗

Tank-vapour recovery system concept ↗

Illustrative location tie, not structural design. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Suction scrubber / Inlet-side seam marker ↗

Tank-vapour recovery system concept ↗

Visible boundary, not a specified weld. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Inspection cover seat ↗

Tank-vapour recovery system concept ↗

Annular location cue, not a selected gasket or flange. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Lower level-observation hollow neck ↗

Tank-vapour recovery system concept ↗

Open location only; no gauge, switch, alarm, control or setpoint. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Lower level-observation open collar ↗

Tank-vapour recovery system concept ↗

Open marker without instrument selection. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Mist-pad inlet retainer ↗

Tank-vapour recovery system concept ↗

Open annular pad-location boundary; no specified packing or seal. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Mixed-gas inlet hollow neck ↗

Tank-vapour recovery system concept ↗

Open feed boundary at an actual shell passage. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Mixed-gas inlet open collar ↗

Tank-vapour recovery system concept ↗

Separate open connection marker; mating pipe omitted. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Open mist-weave layer 1 strand 1 ↗

Tank-vapour recovery system concept ↗

One of 24 separate open teaching strands, not specified media or a capture result. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Perforated inlet diversion plate ↗

Tank-vapour recovery system concept ↗

Possible initial diversion location with six actual holes; no bulk-liquid-removal result. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Scrubber presentation plinth ↗

Tank-vapour recovery system concept ↗

Display base, not an installed foundation. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Separate liquid drain hollow neck ↗

Tank-vapour recovery system concept ↗

Open lower boundary; valve and destination are outside the scene. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Separate liquid drain open collar ↗

Tank-vapour recovery system concept ↗

Open connection marker without a selected valve or line. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Suction scrubber / Static lower liquid-region plane ↗

Tank-vapour recovery system concept ↗

Arbitrary location cue, not a measured liquid level. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Suction scrubber / Support stand 1 ↗

Tank-vapour recovery system concept ↗

Illustrative support without load or foundation design. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge boundary flange ↗

Tank-vapour recovery system concept ↗

Open flange marker on the boundary neck; facing, pressure and attachment design omitted. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge boundary neck ↗

Tank-vapour recovery system concept ↗

Hollow boundary connection for the indicated inlet/outlet role. No manifold, support system, gas quantity or process direction simulation. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge centre pin ↗

Tank-vapour recovery system concept ↗

Smooth central guide/attachment marker, without threads or rated valve retention. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Illustrative compressor / Crank end discharge cover flange ↗

Tank-vapour recovery system concept ↗

Annular pocket-cover flange with actual matching stud bores. No rated facing, preload or pressure-joint qualification. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge cover nut 1 ↗

Tank-vapour recovery system concept ↗

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 32 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge cover stud 1 ↗

Tank-vapour recovery system concept ↗

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 32 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge cover washer 1 ↗

Tank-vapour recovery system concept ↗

Separate washer with an open centre. Not a qualified fastener joint. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 32 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge guard ↗

Tank-vapour recovery system concept ↗

Separate bored guard/support marker below the plate in this static concept. Retention and valve lift are unspecified. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Illustrative compressor / Crank end discharge outer pocket ↗

Tank-vapour recovery system concept ↗

Hollow outer pocket above the suction seat or below the discharge seat. Separate boundary necks are illustrative, not a complete manifold. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge perforated seat ↗

Tank-vapour recovery system concept ↗

Fixed valve-seat marker with eight actual geometric holes. Not a manufacturer valve or a flow/leakage calculation. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge plate marker ↗

Tank-vapour recovery system concept ↗

Separate annular plate at a fixed illustrated seat relationship. There is no automatic valve event, measured lift, pressure response or leakage result. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Illustrative compressor / Crank end discharge pocket cover ↗

Tank-vapour recovery system concept ↗

Separate solid presentation cover on the outer pocket. No qualified pressure or valve-retention joint. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge pocket neck ↗

Tank-vapour recovery system concept ↗

Hollow connection through a drilled cylinder-wall opening toward a separate valve stack. No rated port or simulated flow. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Crank end discharge spring marker ↗

Tank-vapour recovery system concept ↗

Original three-turn closed coil marker. Static pose; no valve spring rate, preload, fatigue or event timing. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Rod packing ring 1 ↗

Tank-vapour recovery system concept ↗

Separate annular packing marker. Real segmentation, spring loading, leakage and material behaviour are omitted. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Illustrative compressor / Support leg 1 ↗

Tank-vapour recovery system concept ↗

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Gas measurement location / Downstream hollow meter tube ↗

Tank-vapour recovery system concept ↗

Separate open pipe boundary after the thin restriction. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Downstream hollow pressure-tap neck ↗

Tank-vapour recovery system concept ↗

Separate open neck over the drilled tube wall; no actual fitting or seal. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Downstream line-end collar ↗

Tank-vapour recovery system concept ↗

Bored upper boundary; the line remains open to the scene. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Gas measurement location / Downstream meter flange ↗

Tank-vapour recovery system concept ↗

Independent bored meter-run flange with eight invented joint openings. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Downstream open impulse-line envelope ↗

Tank-vapour recovery system concept ↗

Schematic open line marker with no fill, isolation manifold or transmitter response. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Downstream plate gasket location ↗

Tank-vapour recovery system concept ↗

Separate annular location marker; compression and sealing are not modeled. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Downstream raised-face marker ↗

Tank-vapour recovery system concept ↗

Separate annular face location; no selected facing or sealing performance. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Illustrative external flow arrow head ↗

Tank-vapour recovery system concept ↗

Static teaching direction only; no measured velocity or flow. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Illustrative external flow arrow shaft ↗

Tank-vapour recovery system concept ↗

Static reading-direction arrow outside the fluid passage; no actual or simulated flow. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Inlet anchor 1 nut ↗

Tank-vapour recovery system concept ↗

Bored hexagonal anchor marker, without thread engagement. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Inlet anchor 1 smooth location rod ↗

Tank-vapour recovery system concept ↗

Anchor location only; no embedment or connection design. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Inlet anchor 1 washer ↗

Tank-vapour recovery system concept ↗

Open annular washer location. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Inlet base foot ↗

Tank-vapour recovery system concept ↗

Independent support base with two true anchor-location openings. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Inlet support saddle ↗

Tank-vapour recovery system concept ↗

Schematic support beneath the tube; no calculated load, restraint or foundation. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Meter joint 1 downstream nut ↗

Tank-vapour recovery system concept ↗

Bored hexagonal nut envelope; no thread engagement. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Meter joint 1 downstream washer ↗

Tank-vapour recovery system concept ↗

Washer with a real central hole; no selected material or clamp load. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Meter joint 1 smooth stud ↗

Tank-vapour recovery system concept ↗

Separate smooth joint-location rod; no threads or preload. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Plate carrier outer ring ↗

Tank-vapour recovery system concept ↗

Hollow carrier outline around the independent plate; not a selected retention mechanism. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Plate lifting tab ↗

Tank-vapour recovery system concept ↗

Simple locator tab associated with the carrier; no lifting method or safe access instruction. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Gas measurement location / Removable orifice plate with real aperture ↗

Tank-vapour recovery system concept ↗

Flat independent restriction plate with a true central opening; no specified edge, beta or coefficient. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Gas measurement location / Upstream hollow meter tube ↗

Tank-vapour recovery system concept ↗

Open pipe boundary with an independently inspectable inner wall. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service. Reused at an invented scale and location; no equipment matching or field selection is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Route / Oil reaches stock tank ↗

Tank-vapour recovery system concept ↗

Original static relationship. Not a real pipe, P&ID, flow simulation or operating procedure.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Direction / Oil reaches stock tank ↗

Tank-vapour recovery system concept ↗

Fixed teaching arrow. No measured flow, pressure, quantity or operating state.

Choose an instance · 6 named instances

Downhole equipment / INTERNAL / MECHANICAL

Grip slip segment 1 ↗

Production packer in casing ↗

Individual segmented anchoring role; no setting or release sequence. Invented static teaching geometry; no selected size, load, pressure, seal performance, material or field setting procedure.

Choose an instance · 8 named instances

Downhole equipment / INTERNAL / MECHANICAL

Slip 1 tooth 1 ↗

Production packer in casing ↗

Individual static casing-grip role; no teeth engagement, holding force or movement. Invented static teaching geometry; no selected size, load, pressure, seal performance, material or field setting procedure.

Choose an instance · 24 named instances

Water handling / INTERNAL / MECHANICAL

Nutshell-media teaching sector 1 ↗

Nutshell-media produced-water filter concept ↗

Sparse original octahedral grain collection indicating the bed role, not graded or measured media. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure.

Choose an instance · 12 named instances

Water handling / INTERNAL / MECHANICAL

Open-slot underdrain rail 1 ↗

Nutshell-media produced-water filter concept ↗

One separate rail; the spaces between rails are visible, but collection hydraulics are not engineered. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure.

Choose an instance · 13 named instances

Water handling / INTERNAL / MECHANICAL

Upper joint smooth stud 1 ↗

Nutshell-media produced-water filter concept ↗

Separate unthreaded fastener marker with no preload calculation. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure.

Choose an instance · 10 named instances

Water handling / INTERNAL / MECHANICAL

Upper joint nut marker 1 ↗

Nutshell-media produced-water filter concept ↗

External nut marker only; no fit or pressure integrity. Original generic static illustration: no vessel code, media specification, filter rating, hydraulic design, water quality or cleaning procedure.

Choose an instance · 10 named instances

Water handling / INTERNAL / MECHANICAL

Head joint smooth stud 1 ↗

Produced-water deoiling hydrocyclone concept ↗

Separate fastener location; no thread, tension or pressure joint. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure.

Choose an instance · 8 named instances

Water handling / INTERNAL / MECHANICAL

Head joint nut marker 1 ↗

Produced-water deoiling hydrocyclone concept ↗

External nut shape only; fit and preload are not verified. Original static teaching geometry; no vendor liner, hydraulic design, pressure rating, separation efficiency, effluent quality or service procedure.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Three-phase separator / Feed nozzle ↗

Oil-battery treatment train concept ↗

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Three-phase separator / Feed nozzle fastener 1 ↗

Oil-battery treatment train concept ↗

Generic fastener position. Quantity and size do not specify a rated connection. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 112 named instances

Process plants / INTERNAL / MECHANICAL

Three-phase separator / Feed nozzle flange ↗

Oil-battery treatment train concept ↗

Illustrative flange ring, with no rated facing or bolt specification. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 14 named instances

Process plants / ILLUSTRATIVE REGION

Three-phase separator / Gas space ↗

Oil-battery treatment train concept ↗

Illustrative phase volume following the vessel cross-section. Interfaces are static teaching positions, not measured levels or a flow simulation. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Three-phase separator / Mist vane 0 segment 0 ↗

Oil-battery treatment train concept ↗

Zigzag teaching representation of a vane pack that helps collect entrained droplets. Performance and production geometry are not reproduced. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 27 named instances

Process plants / ENCLOSURE / STRUCTURE

Heater treater / Closed heater-treater inspection cover ↗

Oil-battery treatment train concept ↗

Separate static closed cover, no maintenance procedure. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Closed heater-treater inspection neck ↗

Oil-battery treatment train concept ↗

Side opening with separate closed cover; no vessel-entry guidance. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Heater treater / Complete heater-treater vessel wall ↗

Oil-battery treatment train concept ↗

Complete double-surface horizontal shell with six side openings. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Heater treater / Dual-bore heating-side end closure ↗

Oil-battery treatment train concept ↗

End closure with two actual passages for the illustrative open U-tube; no rated heater penetration. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Emulsion feed hollow neck ↗

Oil-battery treatment train concept ↗

Produced oil/water emulsion arrival at a real wall bore. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Emulsion feed open collar ↗

Oil-battery treatment train concept ↗

Open location marker without a rated connection. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Heater-treater bored support foot 1 ↗

Oil-battery treatment train concept ↗

Independent foot with a real anchor-location bore. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Heater-treater inspection seat ↗

Oil-battery treatment train concept ↗

Annular location marker, not a gasket specification. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Heater-treater presentation plinth ↗

Oil-battery treatment train concept ↗

Display base, not a foundation. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Heater-treater support stand 1 ↗

Oil-battery treatment train concept ↗

Visual support only, not a load/foundation design. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Heater treater / Heating-side seam marker ↗

Oil-battery treatment train concept ↗

Visible enclosure junction, not a weld. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Higher oil exit hollow neck ↗

Oil-battery treatment train concept ↗

Open oil destination through the separately bored end closure. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Illustrative heat-region marker 1 ↗

Oil-battery treatment train concept ↗

Static colour cue only; no temperature, energy or fire. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Inlet marker stand-off 1 ↗

Oil-battery treatment train concept ↗

Static plate-location tie without attachment design. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Lower observation hollow neck ↗

Oil-battery treatment train concept ↗

Uninstrumented opening, without gauge, alarm or level control. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Lower observation open collar ↗

Oil-battery treatment train concept ↗

Open location marker only. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Lower produced-water draw hollow neck ↗

Oil-battery treatment train concept ↗

Separate lower produced-water destination. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Nine-hole inlet deflection marker ↗

Oil-battery treatment train concept ↗

Independent entry-region marker with nine geometric openings; no impingement or separation result. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Heater treater / Oil-side end closure with bore ↗

Oil-battery treatment train concept ↗

End closure with a distinct higher oil passage. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Heater treater / Open firetube-end collar 1 ↗

Oil-battery treatment train concept ↗

External open endpoint; firing and exhaust systems are outside this scene. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Open settling-region rail 1 ↗

Oil-battery treatment train concept ↗

Separate open-space teaching marker; not a selected coalescer, baffle or residence-time design. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Open U-shaped heat-transfer-region tube ↗

Oil-battery treatment train concept ↗

Single open hollow U-shaped location cue through two separate end-closure bores; no burner, exhaust design or heat simulation. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Heater treater / Static oil-emulsion region plane ↗

Oil-battery treatment train concept ↗

Arbitrary visual region, not a measured interface or actual inventory. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Heater treater / Upper gas boundary hollow neck ↗

Oil-battery treatment train concept ↗

Independent upper gas destination, with no handling train. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Oil storage / Ladder rung 0.5 ↗

Oil-battery treatment train concept ↗

Schematic ladder rung. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 18 named instances

Process plants / INTERNAL / MECHANICAL

Oil storage / Vent connection ↗

Oil-battery treatment train concept ↗

Open geometric vent connection only. Normal and emergency vent devices, vapour handling, sizing and discharge destinations are omitted; this opening is not a complete venting system. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Oil transfer pump / Bearing ball 0.35 / 1 ↗

Oil-battery treatment train concept ↗

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 20 named instances

Process plants / INTERNAL / MECHANICAL

Oil transfer pump / Curved impeller vane 1 ↗

Oil-battery treatment train concept ↗

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 7 named instances

Process plants / ENCLOSURE / STRUCTURE

Oil transfer pump / Motor cooling fin 1 ↗

Oil-battery treatment train concept ↗

Illustrative external cooling fin. No motor thermal rating is implied. Reused at an invented scale and location; no matching, selection or qualification is implied.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Direction / Production arrives at separation ↗

Oil-battery treatment train concept ↗

Static teaching arrow. No velocity, quantity, pressure or live flow.

Choose an instance · 10 named instances

Vessels / INTERNAL / MECHANICAL

Grid-region 1 long rail 1 ↗

Upstream electrostatic treater concept ↗

Separate unelectrified teaching rail; no material, potential or field profile. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 10 named instances

Vessels / INTERNAL / MECHANICAL

Grid-region 1 cross rail 1 ↗

Upstream electrostatic treater concept ↗

Separate open teaching rail; its invented spacing provides no coalescence result. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 14 named instances

Vessels / INTERNAL / MECHANICAL

Grid-region 1 side frame 1 ↗

Upstream electrostatic treater concept ↗

Open frame-location cue, without attachment design. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Upper deck stand-off marker 1 ↗

Upstream electrostatic treater concept ↗

Static support-location marker, not an electrical insulator or manufactured suspension. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Lower deck stand-off marker 1 ↗

Upstream electrostatic treater concept ↗

Static support-location marker with no load or electrical qualification. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 4 named instances

Vessels / ILLUSTRATIVE REGION

Static water-drop reading marker 1 ↗

Upstream electrostatic treater concept ↗

Fixed blue reading marker only: no electric-field, droplet trajectory, collision or settling simulation. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 6 named instances

Vessels / INTERNAL / MECHANICAL

Treater support stand 1 ↗

Upstream electrostatic treater concept ↗

Illustrative contact only, not load or foundation design. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Treater bored display foot 1 ↗

Upstream electrostatic treater concept ↗

Independent display foot with an actual anchor cue opening. Original static role geometry. No selected crude, emulsion, voltage, field, power supply, grid spacing, pressure, temperature, water quality, control, separation or safe service is specified.

Choose an instance · 4 named instances

Vessels / ENCLOSURE / STRUCTURE

Complete bored upper separator barrel ↗

Wellhead sand separator concept ↗

Complete hollow enclosure with an offset feed passage and a separately closed inspection passage. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Bored upper barrel closure ↗

Wellhead sand separator concept ↗

Separate static top closure with a real central outlet passage. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Offset wellstream feed hollow neck ↗

Wellhead sand separator concept ↗

Open offset arrival through the actual barrel wall; the arrangement is an illustrative location, not a designed tangential cyclone inlet. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Open central overflow-reading tube ↗

Wellhead sand separator concept ↗

Separate open central passage cue; not a selected vortex finder or proof of flow reversal. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Open upper produced-fluid outlet neck ↗

Wellhead sand separator concept ↗

External fluid destination beyond the actual bored top closure; product quality is unknown. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Complete open conical solids-transition wall ↗

Wellhead sand separator concept ↗

Double-surface open cone locates a possible descent toward a lower solids pot. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Complete hollow lower solids pot ↗

Wellhead sand separator concept ↗

Independent lower accumulation enclosure with a real side inspection opening. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Open cone-to-pot location ring ↗

Wellhead sand separator concept ↗

Annular location cue around the lower cone mouth, without a verified sealed connection. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Separate open sand-removal boundary ↗

Wellhead sand separator concept ↗

Open boundary for further controlled solids handling; no valve or disposal method is selected. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Closed pot inspection neck ↗

Wellhead sand separator concept ↗

Passes through an actual pot wall opening; no clean-out sequence. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Closed pot inspection cover ↗

Wellhead sand separator concept ↗

Static closed cover, without a maintenance or vessel-entry instruction. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 1 named instance

Vessels / ILLUSTRATIVE REGION

Static descending-solids path marker 1 ↗

Wellhead sand separator concept ↗

Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 12 named instances

Vessels / ILLUSTRATIVE REGION

Static central-overflow path marker 1 ↗

Wellhead sand separator concept ↗

Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 8 named instances

Vessels / INTERNAL / MECHANICAL

Separator display stand 1 ↗

Wellhead sand separator concept ↗

Display support, not a designed frame or lifting device. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Separator bored display foot 1 ↗

Wellhead sand separator concept ↗

Display foot with a real opening; no anchor or load design. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.

Choose an instance · 4 named instances

Downhole equipment / INTERNAL / MECHANICAL

Motor stator envelope ↗

Electric submersible pump assembly ↗

Annular stationary motor-region cue, not a winding design. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Motor rotor envelope ↗

Electric submersible pump assembly ↗

Static motor rotor-location solid, not an electromagnetic design. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Motor winding-region cue 1 ↗

Electric submersible pump assembly ↗

One of six visible invented conductor-location cues; no winding, insulation or energized circuit is represented. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 6 named instances

Downhole equipment / ENCLOSURE / STRUCTURE

Complete protector housing wall ↗

Electric submersible pump assembly ↗

Open-ended protector/seal-section location; no actual fluid barrier or pressure equalization is modeled. The poster alone sections its facing half. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Protector static barrier-location ring 1 ↗

Electric submersible pump assembly ↗

Separate annular internal location cue; no selected bag, labyrinth, seal or fluid isolation. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 2 named instances

Downhole equipment / INTERNAL / MECHANICAL

Protector thrust-bearing location ↗

Electric submersible pump assembly ↗

Annular thrust-bearing location only; no rolling elements, load capacity or supported thrust result. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / ENCLOSURE / STRUCTURE

Complete bored pump-intake wall ↗

Electric submersible pump assembly ↗

Separate open intake region with twelve real side openings. The pattern is invented and does not separate gas or screen solids. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / ENCLOSURE / STRUCTURE

Complete multistage pump housing wall ↗

Electric submersible pump assembly ↗

Open-ended multistage pump enclosure. Three invented visible stages are used for teaching, not a selected stage count. The poster alone removes its facing half. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Stage 1 impeller hub ↗

Electric submersible pump assembly ↗

Static annular impeller centre for stage reading; not a selected hydraulic design. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 3 named instances

Downhole equipment / INTERNAL / MECHANICAL

Stage 1 impeller vane 1 ↗

Electric submersible pump assembly ↗

Original curved visual fin for the rotating-stage region. It is static and has no head/flow result. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 18 named instances

Downhole equipment / INTERNAL / MECHANICAL

Stage 1 diffuser carrier ↗

Electric submersible pump assembly ↗

Stationary annular diffuser-region support. Invented passage geometry. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 3 named instances

Downhole equipment / INTERNAL / MECHANICAL

Stage 1 diffuser vane 1 ↗

Electric submersible pump assembly ↗

Separate static diffuser-region fin; no recovered pressure or hydraulic curve is implied. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 15 named instances

Downhole equipment / INTERNAL / MECHANICAL

Static common shaft-axis cue ↗

Electric submersible pump assembly ↗

Continuous visual axis across the teaching sections; it does not rotate or depict actual coupled shaft joints. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Open produced-fluid discharge sleeve ↗

Electric submersible pump assembly ↗

Open conceptual produced-fluid boundary; no tubing connection or measured discharge. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Open external power-cable jacket cue ↗

Electric submersible pump assembly ↗

Open cable-route envelope, not an installed lead, insulation specification or energized circuit. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Power-cable conductor-location cue 1 ↗

Electric submersible pump assembly ↗

Isolated visible core-location cue; no voltage, insulation or termination design. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 3 named instances

Downhole equipment / INTERNAL / MECHANICAL

Motor lead-entry location envelope ↗

Electric submersible pump assembly ↗

Separate location cue beside motor; no electrical seal or pothead connection is represented. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

ESP display stand 1 ↗

Electric submersible pump assembly ↗

Display support, not downhole hardware. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 6 named instances

Downhole equipment / INTERNAL / MECHANICAL

ESP bored presentation foot 1 ↗

Electric submersible pump assembly ↗

Bored display foot, not a structural or installation part. Invented static geometry; no selected well, dimensions, material, voltage, insulation, cooling, seal, bearing load, fluid, gas handling, head, flow, efficiency, speed, pressure, temperature, capacity, run life or safe service.

Choose an instance · 6 named instances

Downhole equipment / INTERNAL / MECHANICAL

Double-lobe stator liner teaching surface ↗

Progressing-cavity pump rotor and stator ↗

Original helically contoured inner surface and independent outer wall. This is not a manufactured stator or selected elastomer. Invented static teaching geometry. No selected fluid, elastomer, fit, contact seal, displacement, rotation, torque, pressure, temperature, wear, production rate or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Eccentric single-helix rotor teaching surface ↗

Progressing-cavity pump rotor and stator ↗

Original eccentric helical centreline and closed solid end faces. Static pose only; no meshing, cavity sealing or rotation simulated. Invented static teaching geometry. No selected fluid, elastomer, fit, contact seal, displacement, rotation, torque, pressure, temperature, wear, production rate or safe service.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Housing section-reference ring 1 ↗

Progressing-cavity pump rotor and stator ↗

Visual section marker; not a joint or fastening feature. Invented static teaching geometry. No selected fluid, elastomer, fit, contact seal, displacement, rotation, torque, pressure, temperature, wear, production rate or safe service.

Choose an instance · 4 named instances

Downhole equipment / INTERNAL / MECHANICAL

Static cavity-reading marker 1 ↗

Progressing-cavity pump rotor and stator ↗

Open visual reading marker. It is not a sealed cavity, fluid particle path or volume measurement. Invented static teaching geometry. No selected fluid, elastomer, fit, contact seal, displacement, rotation, torque, pressure, temperature, wear, production rate or safe service.

Choose an instance · 4 named instances

Downhole equipment / INTERNAL / MECHANICAL

PCP bored presentation foot 1 ↗

Progressing-cavity pump rotor and stator ↗

Independent visual foot with an actual opening. Invented static teaching geometry. No selected fluid, elastomer, fit, contact seal, displacement, rotation, torque, pressure, temperature, wear, production rate or safe service.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Open U-shaped heat-transfer-region tube ↗

Horizontal heater-treater cutaway ↗

Single open hollow U-shaped location cue through two separate end-closure bores; no burner, exhaust design or heat simulation. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Illustrative heat-region marker 1 ↗

Horizontal heater-treater cutaway ↗

Static colour cue only; no temperature, energy or fire. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Open settling-region rail 1 ↗

Horizontal heater-treater cutaway ↗

Separate open-space teaching marker; not a selected coalescer, baffle or residence-time design. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service.

Choose an instance · 5 named instances

Vessels / INTERNAL / MECHANICAL

Heater-treater support stand 1 ↗

Horizontal heater-treater cutaway ↗

Visual support only, not a load/foundation design. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Heater-treater bored support foot 1 ↗

Horizontal heater-treater cutaway ↗

Independent foot with a real anchor-location bore. Invented static role geometry. No selected emulsion, heat duty, fire, fuel, draft, burner management, pressure, temperature, controls, liquid level, separation result or safe service.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Electrode region 1 long perimeter -0.62 ↗

Crude-oil desalter cutaway ↗

Open neutral lattice boundary; no electrode spacing, voltage or field calculation. Invented static teaching geometry. No selected crude, salt load, wash-water quality, emulsion, voltage, pressure, temperature, residence time, controls, treatment or safe access is specified.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Electrode region 1 cross member 1 ↗

Crude-oil desalter cutaway ↗

Independent open rod, not a vendor electrode profile or energized component. Invented static teaching geometry. No selected crude, salt load, wash-water quality, emulsion, voltage, pressure, temperature, residence time, controls, treatment or safe access is specified.

Choose an instance · 10 named instances

Vessels / INTERNAL / MECHANICAL

Electrode region 1 longitudinal member 1 ↗

Crude-oil desalter cutaway ↗

Independent open rod; no field strength or capture performance. Invented static teaching geometry. No selected crude, salt load, wash-water quality, emulsion, voltage, pressure, temperature, residence time, controls, treatment or safe access is specified.

Choose an instance · 6 named instances

Vessels / INTERNAL / MECHANICAL

Unelectrified lattice support marker 1 ↗

Crude-oil desalter cutaway ↗

Placement cue only; no electrical penetration, insulation or attachment design. Invented static teaching geometry. No selected crude, salt load, wash-water quality, emulsion, voltage, pressure, temperature, residence time, controls, treatment or safe access is specified.

Choose an instance · 2 named instances

Vessels / INTERNAL / MECHANICAL

Desalter support stand 1 ↗

Crude-oil desalter cutaway ↗

Illustrative contact to the vessel wall, not a load or foundation design. Invented static teaching geometry. No selected crude, salt load, wash-water quality, emulsion, voltage, pressure, temperature, residence time, controls, treatment or safe access is specified.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Desalter bored support foot 1 ↗

Crude-oil desalter cutaway ↗

Independent foot with a real anchor opening. Invented static teaching geometry. No selected crude, salt load, wash-water quality, emulsion, voltage, pressure, temperature, residence time, controls, treatment or safe access is specified.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Open mist-weave layer 1 strand 1 ↗

Compressor suction gas scrubber ↗

One of 24 separate open teaching strands, not specified media or a capture result. Generic static teaching geometry; no selected fluid, capture efficiency, pressure rating, level logic, compressor interlock, drain action, material, access or structural design is shown.

Choose an instance · 24 named instances

Vessels / INTERNAL / MECHANICAL

First-stage cartridge 1 open-bore envelope ↗

Vertical filter separator cutaway ↗

Individually inspectable generic cartridge envelope; media, pore size and direction of flow are unspecified. Invented static teaching geometry; no selected cartridge media, flow distribution, removal efficiency, pressure drop, slug duty, rating, material, access, drain control or safe service is shown.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

First-stage cartridge 1 separate lower end marker ↗

Vertical filter separator cutaway ↗

Static lower end marker, not a specified seal or mounting. Invented static teaching geometry; no selected cartridge media, flow distribution, removal efficiency, pressure drop, slug duty, rating, material, access, drain control or safe service is shown.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

First-stage cartridge 1 open upper rim ↗

Vertical filter separator cutaway ↗

Open annular top, without cartridge retention detail. Invented static teaching geometry; no selected cartridge media, flow distribution, removal efficiency, pressure drop, slug duty, rating, material, access, drain control or safe service is shown.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Second-stage mist vane 1 ↗

Vertical filter separator cutaway ↗

Distinct second-stage mist-removal marker; invented spacing and plate shape, with no capture claim. Invented static teaching geometry; no selected cartridge media, flow distribution, removal efficiency, pressure drop, slug duty, rating, material, access, drain control or safe service is shown.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Inspection neck ↗

Vertical filter separator cutaway ↗

Actual wall opening with separately closed cover; no entry procedure. Invented static teaching geometry; no selected cartridge media, flow distribution, removal efficiency, pressure drop, slug duty, rating, material, access, drain control or safe service is shown.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Mixed pipeline arrival open collar ↗

Finger-style slug catcher ↗

Open system boundary; upstream and downstream facilities are outside this scene. Invented static teaching arrangement; no selected inlet duty, slug volume, separation, pressure, material, control, relief, pipe code, structural load or facility qualification.

Choose an instance · 3 named instances

Vessels / ENCLOSURE / STRUCTURE

Finger 1 hollow storage tube ↗

Finger-style slug catcher ↗

One of four parallel open-bore fingers; length and volume are invented. Invented static teaching arrangement; no selected inlet duty, slug volume, separation, pressure, material, control, relief, pipe code, structural load or facility qualification.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Finger 1 liquid downcomer ↗

Finger-style slug catcher ↗

Open lower passage between an actual finger floor bore and liquid header hole. Invented static teaching arrangement; no selected inlet duty, slug volume, separation, pressure, material, control, relief, pipe code, structural load or facility qualification.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Finger 1 liquid downcomer collar ↗

Finger-style slug catcher ↗

Separate annular lower marker, not a control valve. Invented static teaching arrangement; no selected inlet duty, slug volume, separation, pressure, material, control, relief, pipe code, structural load or facility qualification.

Choose an instance · 4 named instances

Vessels / ILLUSTRATIVE REGION

Finger 1 static liquid-region plane ↗

Finger-style slug catcher ↗

Arbitrary blue reading plane, not measured holdup, stratification or slug volume. Invented static teaching arrangement; no selected inlet duty, slug volume, separation, pressure, material, control, relief, pipe code, structural load or facility qualification.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Finger 1 support saddle 1 ↗

Finger-style slug catcher ↗

Static support location without structural design. Invented static teaching arrangement; no selected inlet duty, slug volume, separation, pressure, material, control, relief, pipe code, structural load or facility qualification.

Choose an instance · 8 named instances

Vessels / INTERNAL / MECHANICAL

Finger 1 bored support foot 1 ↗

Finger-style slug catcher ↗

Separate foot with a real vertical anchor opening. Invented static teaching arrangement; no selected inlet duty, slug volume, separation, pressure, material, control, relief, pipe code, structural load or facility qualification.

Choose an instance · 8 named instances

Vessels / INTERNAL / MECHANICAL

Display plinth ↗

Free-water knockout cutaway ↗

Presentation base, not an installed foundation. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

FWKO hollow vessel wall ↗

Free-water knockout cutaway ↗

Complete double-surface horizontal enclosure with real selected side openings. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Mixed feed hollow neck ↗

Free-water knockout cutaway ↗

Open connection at a real wall opening; destination and rating are not selected. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification.

Choose an instance · 5 named instances

Vessels / INTERNAL / MECHANICAL

Mixed feed open collar ↗

Free-water knockout cutaway ↗

Separate open collar; no gasket, bolt or mating-pipe qualification. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification.

Choose an instance · 5 named instances

Vessels / INTERNAL / MECHANICAL

Water-pocket floor marker ↗

Free-water knockout cutaway ↗

Open-spaced lower collection-location marker; no seal or hydraulic result. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification.

Choose an instance · 4 named instances

Vessels / INTERNAL / MECHANICAL

Inspection neck ↗

Free-water knockout cutaway ↗

Bored inspection location with a separate closed cover. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Smooth anchor marker -1.76 1 ↗

Free-water knockout cutaway ↗

Unthreaded location marker through an open foot hole. Original generic static geometry: no selected vessel, pressure rating, level setpoint, separation efficiency, fluid condition, control system, downstream treatment or service qualification.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Burner outer marker ↗

SAGD steam-side process scene ↗

Schematic register ring; not a certified burner opening. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Generator / Burner-side housing ↗

SAGD steam-side process scene ↗

Simple casing on the heating side, without controls, trip devices or fuel train. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Generator / Convection bank support 1 ↗

SAGD steam-side process scene ↗

Schematic tube-location bar, not structural or thermal support design. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Convection gas-side marker 1 ↗

SAGD steam-side process scene ↗

Static transverse marker distinguishes gas-side space from the water-side tubes; not a calculated baffle. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 3 named instances

Process plants / ENCLOSURE / STRUCTURE

Generator / Convection lower transition ↗

SAGD steam-side process scene ↗

Open-front enclosure section; insulation, casing joints and access are omitted. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Convection return bend 1 ↗

SAGD steam-side process scene ↗

Separate hollow U return between adjacent teaching runs. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 6 named instances

Process plants / ENCLOSURE / STRUCTURE

Generator / Convection roof ↗

SAGD steam-side process scene ↗

Roof with a true stack opening; draft and flue-gas performance are not modeled. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Generator / Convection tube run 1 ↗

SAGD steam-side process scene ↗

Hollow open tube segment in the conceptual feedwater heating path. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 7 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Convection-to-radiant transition ↗

SAGD steam-side process scene ↗

Static path from the lower convection-bank role toward the first radiant run. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Generator / Generator skid base ↗

SAGD steam-side process scene ↗

Visual support footprint, not a foundation or transportable skid design. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Generator / Illustrative heat marker 1 ↗

SAGD steam-side process scene ↗

Static visual heat marker, not a burner flame or temperature field. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Open wet-steam outlet path ↗

SAGD steam-side process scene ↗

Open outlet toward a separate steam/liquid separation role. It does not state steam quality. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Generator / Radiant coil run 1 ↗

SAGD steam-side process scene ↗

Separate hollow radiant-section tube. The colour only distinguishes the study path. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Radiant coil support 1 ↗

SAGD steam-side process scene ↗

Illustrative coil-position bar, not a high-temperature support design. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Radiant return bend 1 ↗

SAGD steam-side process scene ↗

Separate hollow U return between radiant-section teaching runs. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 7 named instances

Process plants / INTERNAL / MECHANICAL

Generator / Stack base ring ↗

SAGD steam-side process scene ↗

Separate open stack base marker with no structural or joint rating. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Generator / Stack upper rim ↗

SAGD steam-side process scene ↗

Open exhaust rim, without cap, arrestor or emissions-control claim. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Generator / Wet-steam outlet collar ↗

SAGD steam-side process scene ↗

Unrated open outlet boundary; separator and injection well remain outside the model. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Access-cover collar ↗

SAGD steam-side process scene ↗

Annular cover-location marker, not a rated joint. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Anchor position +0.67 +0.67 1 ↗

SAGD steam-side process scene ↗

Smooth marker through a real foot opening. No threads, embedment or load. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Blowdown outlet collar ↗

SAGD steam-side process scene ↗

Unrated open liquid-destination marker; no control or disposal claim. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Bored support foot +0.67 +0.67 ↗

SAGD steam-side process scene ↗

Separate plate with four geometric holes. No anchor design or installed foundation. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Central hollow steam riser ↗

SAGD steam-side process scene ↗

Open centre tube distinguishes a possible upper steam path from the surrounding vessel. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Separator / Closed access cover ↗

SAGD steam-side process scene ↗

Separate solid cover in a closed teaching pose; no entry or opening procedure. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Separator / Illustrative lower liquid surface ↗

SAGD steam-side process scene ↗

Static partial plane at an invented height. It is not a measured level, volume or separated-water result. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Individual guide blade 1 ↗

SAGD steam-side process scene ↗

One open-spaced marker around the central riser; not an engineered cyclone vane. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Liquid-plane edge marker ↗

SAGD steam-side process scene ↗

Thin annular reading edge, not a level setpoint. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Lower level boundary collar ↗

SAGD steam-side process scene ↗

Separate open collar with no pressure or connection rating. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Lower level boundary neck ↗

SAGD steam-side process scene ↗

Open location for a possible level connection; no instrument, indication or control. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Lower liquid blowdown neck ↗

SAGD steam-side process scene ↗

Open lower liquid boundary. Flash, heat recovery, recycle and disposal stay outside this scene. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Separator / Lower vessel seam marker ↗

SAGD steam-side process scene ↗

Separate visible junction marker, not a weld or inspected joint. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Open access neck ↗

SAGD steam-side process scene ↗

Hollow side opening; closed cover is a separate static part. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Open inlet guide annulus ↗

SAGD steam-side process scene ↗

Annular guide location with an actual open centre. No calculated swirl, residence time or capture. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Riser support tab 1-1 ↗

SAGD steam-side process scene ↗

Separate support-location marker. Attachment and thermal movement are unspecified. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Separator display base ↗

SAGD steam-side process scene ↗

Visual scene base, not an installed foundation. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Separator / Steam-separator hollow shell ↗

SAGD steam-side process scene ↗

Full annular vessel wall with independent actual side penetrations. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Separator / Steam-separator lower closure ↗

SAGD steam-side process scene ↗

Flat teaching closure with a real liquid-draw opening. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Separator / Steam-separator top closure ↗

SAGD steam-side process scene ↗

Flat teaching closure with a real central outlet opening. No pressure boundary is qualified. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Support leg +0.67 +0.67 ↗

SAGD steam-side process scene ↗

Illustrative vessel support, without structural or foundation design. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Separator / Upper steam outlet collar ↗

SAGD steam-side process scene ↗

Unrated open steam destination marker. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Upper steam outlet neck ↗

SAGD steam-side process scene ↗

Open upper boundary toward possible injection handling, not a verified steam-quality result. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Wet-steam inlet collar ↗

SAGD steam-side process scene ↗

Unrated open inlet marker, without gasket, bolts or compatible mating flange. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separator / Wet-steam inlet hollow neck ↗

SAGD steam-side process scene ↗

Open possible inlet from the separate generator model; no matched line or condition. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Well pair / Ground-surface slab ↗

SAGD steam-side process scene ↗

Two actual openings receive the independently drawn injector and producer paths. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Well pair / Illustrative gravity-drainage marker 1 ↗

SAGD steam-side process scene ↗

Static downward reading path from the heated-region concept toward the lower producer. No actual drainage or recovery is simulated. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 3 named instances

Process plants / ENCLOSURE / STRUCTURE

Well pair / Illustrative reservoir backplane ↗

SAGD steam-side process scene ↗

Brown backdrop locates the two horizontal well paths in an invented reservoir section. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Well pair / Illustrative upper boundary ↗

SAGD steam-side process scene ↗

Simple upper marker for reading the scene; not a mapped caprock or containment claim. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Well pair / Illustrative upward arrow head 1 ↗

SAGD steam-side process scene ↗

Static directional marker, not calculated steam movement. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 4 named instances

Process plants / ILLUSTRATIVE REGION

Well pair / Illustrative upward steam marker 1 ↗

SAGD steam-side process scene ↗

Static upward reading direction only; no pressure, phase transport or steam rate is modeled. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Well pair / Injector curved well path ↗

SAGD steam-side process scene ↗

Upper path turns from the surface into the horizontal injector role. It is open at both ends. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Well pair / Injector distal open end ↗

SAGD steam-side process scene ↗

Open far-end marker. No length, toe isolation, steam distribution or inflow profile is inferred. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Well pair / Injector liner end marker 1 ↗

SAGD steam-side process scene ↗

Separate annular section-end marker; it does not establish a joint, screen or liner specification. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Well pair / Injector open boundary collar ↗

SAGD steam-side process scene ↗

Open endpoint, without wellhead pressure control, valves or external facilities. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Well pair / Injector open liner section 1 ↗

SAGD steam-side process scene ↗

One separate hollow, open-ended teaching section. Small gaps expose the path; they are not a perforation, slot size or completion design. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Well pair / Injector surface identification plinth ↗

SAGD steam-side process scene ↗

A colour-coded label location, not a pad survey, construction plan or safe-access platform. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Well pair / Injector surface opening ring ↗

SAGD steam-side process scene ↗

Open visual boundary at the ground plane, without casing program or surface seal design. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Well pair / Injector surface spool ↗

SAGD steam-side process scene ↗

Unrated surface connection marker; steam supply or produced-fluid handling remains outside this scene. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Well pair / Overburden backplane ↗

SAGD steam-side process scene ↗

Separate overburden colour block; no stratigraphy, depth or rock properties are represented. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Well pair / Producer curved well path ↗

SAGD steam-side process scene ↗

Lower path turns toward the produced-fluid surface boundary. It is open at both ends. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 1 named instance

Process plants / ILLUSTRATIVE REGION

Well pair / Steam-chamber outline 1 ↗

SAGD steam-side process scene ↗

Open arch marks a possible conceptual heated region above the injector. It is not a simulated chamber surface, observed extent or thermal front. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

External feedwater supply boundary / open boundary neck ↗

SAGD steam-side process scene ↗

External treated-water supply role. Source, treatment, pumps and water quality are outside the scene. Open scene endpoint only. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Separate liquid-handling boundary / open boundary neck ↗

SAGD steam-side process scene ↗

Lower separator destination ends here; no flash, recycle, treatment or disposal system is modeled. Open scene endpoint only. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Produced-fluid handling boundary / open boundary neck ↗

SAGD steam-side process scene ↗

Producer fluid leaves toward unspecified surface separation; no fluid rate, recovery or water-recycle loop is represented. Open scene endpoint only. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Direction / External feedwater to generator ↗

SAGD steam-side process scene ↗

Fixed reading arrow. It is not a flow calculation or operating direction instruction.

Choose an instance · 5 named instances

Oil sands / INTERNAL / MECHANICAL

Open access neck ↗

SAGD steam and liquid separator cutaway ↗

Hollow side opening; closed cover is a separate static part. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 1 named instance

Oil sands / ENCLOSURE / STRUCTURE

Closed access cover ↗

SAGD steam and liquid separator cutaway ↗

Separate solid cover in a closed teaching pose; no entry or opening procedure. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 1 named instance

Oil sands / INTERNAL / MECHANICAL

Individual guide blade 1 ↗

SAGD steam and liquid separator cutaway ↗

One open-spaced marker around the central riser; not an engineered cyclone vane. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 8 named instances

Oil sands / INTERNAL / MECHANICAL

Riser support tab 1-1 ↗

SAGD steam and liquid separator cutaway ↗

Separate support-location marker. Attachment and thermal movement are unspecified. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 4 named instances

Oil sands / ILLUSTRATIVE REGION

Illustrative lower liquid surface ↗

SAGD steam and liquid separator cutaway ↗

Static partial plane at an invented height. It is not a measured level, volume or separated-water result. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 1 named instance

Oil sands / INTERNAL / MECHANICAL

Support leg -0.67 -0.67 ↗

SAGD steam and liquid separator cutaway ↗

Illustrative vessel support, without structural or foundation design. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 4 named instances

Oil sands / INTERNAL / MECHANICAL

Bored support foot -0.67 -0.67 ↗

SAGD steam and liquid separator cutaway ↗

Separate plate with four geometric holes. No anchor design or installed foundation. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 4 named instances

Oil sands / INTERNAL / MECHANICAL

Anchor position -0.67 -0.67 1 ↗

SAGD steam and liquid separator cutaway ↗

Smooth marker through a real foot opening. No threads, embedment or load. Invented teaching geometry only: no pressure-vessel code design, separation efficiency, steam dryness, blowdown rate, thermal process, instrument setting, controls, structural load or service qualification.

Choose an instance · 16 named instances

Oil sands / ENCLOSURE / STRUCTURE

Radiant rear enclosure ↗

Once-through steam generator cutaway ↗

Open-front enclosure section; insulation, casing joints and access are omitted. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 8 named instances

Oil sands / ENCLOSURE / STRUCTURE

Convection roof ↗

Once-through steam generator cutaway ↗

Roof with a true stack opening; draft and flue-gas performance are not modeled. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 1 named instance

Oil sands / INTERNAL / MECHANICAL

Convection tube run 1 ↗

Once-through steam generator cutaway ↗

Hollow open tube segment in the conceptual feedwater heating path. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 7 named instances

Oil sands / INTERNAL / MECHANICAL

Convection return bend 1 ↗

Once-through steam generator cutaway ↗

Separate hollow U return between adjacent teaching runs. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 6 named instances

Oil sands / INTERNAL / MECHANICAL

Convection bank support 1 ↗

Once-through steam generator cutaway ↗

Schematic tube-location bar, not structural or thermal support design. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 4 named instances

Oil sands / INTERNAL / MECHANICAL

Radiant return bend 1 ↗

Once-through steam generator cutaway ↗

Separate hollow U return between radiant-section teaching runs. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 7 named instances

Oil sands / INTERNAL / MECHANICAL

Stack base ring ↗

Once-through steam generator cutaway ↗

Separate open stack base marker with no structural or joint rating. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 1 named instance

Oil sands / INTERNAL / MECHANICAL

Stack upper rim ↗

Once-through steam generator cutaway ↗

Open exhaust rim, without cap, arrestor or emissions-control claim. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 1 named instance

Oil sands / INTERNAL / MECHANICAL

Convection gas-side marker 1 ↗

Once-through steam generator cutaway ↗

Static transverse marker distinguishes gas-side space from the water-side tubes; not a calculated baffle. Invented schematic geometry only. No tube schedule, fired-heater design, steam quality, heat duty, pressure, combustion, emissions, materials, controls or safe-service qualification.

Choose an instance · 3 named instances

Oil sands / INTERNAL / MECHANICAL

Injector open liner section 1 ↗

SAGD injector and producer well pair ↗

One separate hollow, open-ended teaching section. Small gaps expose the path; they are not a perforation, slot size or completion design. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result.

Choose an instance · 12 named instances

Oil sands / INTERNAL / MECHANICAL

Injector liner end marker 1 ↗

SAGD injector and producer well pair ↗

Separate annular section-end marker; it does not establish a joint, screen or liner specification. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result.

Choose an instance · 12 named instances

Oil sands / ILLUSTRATIVE REGION

Steam-chamber outline 1 ↗

SAGD injector and producer well pair ↗

Open arch marks a possible conceptual heated region above the injector. It is not a simulated chamber surface, observed extent or thermal front. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result.

Choose an instance · 5 named instances

Oil sands / ILLUSTRATIVE REGION

Illustrative upward steam marker 1 ↗

SAGD injector and producer well pair ↗

Static upward reading direction only; no pressure, phase transport or steam rate is modeled. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result.

Choose an instance · 4 named instances

Oil sands / ILLUSTRATIVE REGION

Illustrative gravity-drainage marker 1 ↗

SAGD injector and producer well pair ↗

Static downward reading path from the heated-region concept toward the lower producer. No actual drainage or recovery is simulated. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result.

Choose an instance · 3 named instances

Vessels / INTERNAL / MECHANICAL

Header inlet hollow neck ↗

Flare knock-out drum cutaway ↗

Open boundary at the drilled wall. No selected connection, instrument or destination. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification.

Choose an instance · 5 named instances

Vessels / INTERNAL / MECHANICAL

Header inlet bored end collar ↗

Flare knock-out drum cutaway ↗

Separate open collar without a rated face, gasket or matched pipe. Original invented teaching geometry; no design, rating, liquid-removal performance, flare safety or service qualification.

Choose an instance · 5 named instances

Instrumentation / INTERNAL / MECHANICAL

Plate lifting tab ↗

Orifice meter-run cutaway ↗

Simple locator tab associated with the carrier; no lifting method or safe access instruction. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Meter joint 1 smooth stud ↗

Orifice meter-run cutaway ↗

Separate smooth joint-location rod; no threads or preload. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service.

Choose an instance · 8 named instances

Instrumentation / INTERNAL / MECHANICAL

Meter joint 1 upstream washer ↗

Orifice meter-run cutaway ↗

Washer with a real central hole; no selected material or clamp load. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service.

Choose an instance · 16 named instances

Instrumentation / INTERNAL / MECHANICAL

Meter joint 1 upstream nut ↗

Orifice meter-run cutaway ↗

Bored hexagonal nut envelope; no thread engagement. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service.

Choose an instance · 16 named instances

Instrumentation / INTERNAL / MECHANICAL

Inlet anchor 1 smooth location rod ↗

Orifice meter-run cutaway ↗

Anchor location only; no embedment or connection design. Original invented teaching geometry; no selected meter run, standard compliance, rating, calibration, flow result, leak test or safe service.

Choose an instance · 4 named instances

Gas treating / ENCLOSURE / STRUCTURE

Absorber lower head ↗

Amine absorber concept ↗

Hollow lower head with separate closed sump marker; original schematic profile. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification.

Choose an instance · 1 named instance

Gas treating / ENCLOSURE / STRUCTURE

Support skirt ↗

Amine absorber concept ↗

Hollow raised support-location marker. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification.

Choose an instance · 1 named instance

Gas treating / ENCLOSURE / STRUCTURE

Skirt base ring ↗

Amine absorber concept ↗

Annular base with actual anchor-location bores. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification.

Choose an instance · 1 named instance

Gas treating / INTERNAL / MECHANICAL

Sour-gas inlet joint smooth stud 1 ↗

Amine absorber concept ↗

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification.

Choose an instance · 32 named instances

Gas treating / INTERNAL / MECHANICAL

Lower open packing 1 slat 1 ↗

Amine absorber concept ↗

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification.

Choose an instance · 56 named instances

Gas treating / INTERNAL / MECHANICAL

Distributor spoke 1 ↗

Amine absorber concept ↗

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification.

Choose an instance · 8 named instances

Gas treating / INTERNAL / MECHANICAL

Overhead mist-pad lattice 1 ↗

Amine absorber concept ↗

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification.

Choose an instance · 6 named instances

Instrumentation / INTERNAL / MECHANICAL

Inlet joint 1 smooth stud ↗

Venturi flow-meter concept ↗

Separate smooth stud marker; no thread, preload or load path. Original static teaching geometry; no measured flow/pressure, calibration, coefficient, leak, material, rating or service qualification.

Choose an instance · 12 named instances

Instrumentation / INTERNAL / MECHANICAL

Inlet joint 1 left washer ↗

Venturi flow-meter concept ↗

Separate washer with a real central opening. Original static teaching geometry; no measured flow/pressure, calibration, coefficient, leak, material, rating or service qualification.

Choose an instance · 24 named instances

Instrumentation / INTERNAL / MECHANICAL

Inlet joint 1 nut ↗

Venturi flow-meter concept ↗

Hexagonal nut envelope with a true bore; no thread engagement. Original static teaching geometry; no measured flow/pressure, calibration, coefficient, leak, material, rating or service qualification.

Choose an instance · 12 named instances

Instrumentation / INTERNAL / MECHANICAL

Upstream foot joint 1 smooth anchor ↗

Venturi flow-meter concept ↗

Separate smooth anchor-location marker, with no embedment or foundation design. Original static teaching geometry; no measured flow/pressure, calibration, coefficient, leak, material, rating or service qualification.

Choose an instance · 4 named instances

Instrumentation / INTERNAL / MECHANICAL

Fixed pressure socket ↗

Bourdon pressure-gauge concept ↗

Independent fixed-end block with vertical and lateral galleries; no brazed or welded joint design. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Hollow oval Bourdon tube ↗

Bourdon pressure-gauge concept ↗

C-shaped original element with separate inner and outer oval surfaces and a continuous geometric lumen. No response to pressure is calculated. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Closed tube tip ↗

Bourdon pressure-gauge concept ↗

Separate solid oval end marker closes the sensing-tube tip. No weld, pressure boundary or deformation qualification. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Tube-tip link lug ↗

Bourdon pressure-gauge concept ↗

Separate link-attachment location outside the tube lumen, beside the closed tip. Its deliberate gap is not a welded or fitted connection. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Tip-to-sector link ↗

Bourdon pressure-gauge concept ↗

Original flat link with two actual pivot openings. Its static pose is not a motion or calibration relationship. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Sector lever arm ↗

Bourdon pressure-gauge concept ↗

Original separate lever between linkage and sector-pivot regions; no deflection-to-angle law. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Toothed sector ↗

Bourdon pressure-gauge concept ↗

Fourteen original radial tooth envelopes on a partial gear-shaped member. Profile, backlash and conjugate meshing are not designed. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Pointer pinion ↗

Bourdon pressure-gauge concept ↗

Twelve original radial tooth envelopes around a real central opening. No selected gear ratio, full mesh clearance or calibrated motion. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Pointer spindle ↗

Bourdon pressure-gauge concept ↗

Separate smooth axis passes through pinion and dial openings. No pivot friction, end play or bearing accuracy. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / ENCLOSURE / STRUCTURE

Front bezel ↗

Bourdon pressure-gauge concept ↗

Full annular front rim with a real centre opening; no retained-glass or exclusion qualification. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / ENCLOSURE / STRUCTURE

Window location ring ↗

Bourdon pressure-gauge concept ↗

Thin annular window-location marker. No glass surface, material or rated retention is modeled; the open centre lets the plain dial remain visible. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / ENCLOSURE / STRUCTURE

Illustrative dial tick 1 ↗

Bourdon pressure-gauge concept ↗

Repeated unitless tick-position marker. Its spacing and count are invented, with no measured or calibrated pressure value. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 41 named instances

Instrumentation / INTERNAL / MECHANICAL

Pointer blade ↗

Bourdon pressure-gauge concept ↗

Static pointer shape at an arbitrary uncalibrated position. No live signal, pressure reading or alarm threshold. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Pointer centre boss ↗

Bourdon pressure-gauge concept ↗

Annular pointer-location boss around a separate spindle, with deliberate clearance. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 1 named instance

Instrumentation / INTERNAL / MECHANICAL

Rear cover joint 1 smooth stud ↗

Bourdon pressure-gauge concept ↗

Smooth joint marker; no threads, retention, preload or procedure. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 6 named instances

Instrumentation / INTERNAL / MECHANICAL

Rear cover joint 1 nut ↗

Bourdon pressure-gauge concept ↗

Hexagonal nut envelope with a true bore; no thread engagement. Original static teaching geometry; invented proportions, no calibrated pressure, deformation, accuracy, leak, gear-contact, material or service qualification.

Choose an instance · 6 named instances

Rotating equipment / INTERNAL / MECHANICAL

Driver disc lamina 1 ↗

Spacer disc-coupling concept ↗

One separately selectable flat lamina in a six-layer pack. Deliberate layer gaps are for inspection, not a clamped operating stack or specified sheet construction. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 12 named instances

Rotating equipment / INTERNAL / MECHANICAL

Driver hub attachment 1 sleeve ↗

Spacer disc-coupling concept ↗

Hollow illustrative attachment sleeve; no precision fit or unitized manufacturer pack. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 12 named instances

Rotating equipment / INTERNAL / MECHANICAL

Driver hub attachment 1 smooth bolt ↗

Spacer disc-coupling concept ↗

Separate smooth bolt marker through sleeve; threads and preload are absent. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 12 named instances

Rotating equipment / INTERNAL / MECHANICAL

Driver hub attachment 1 head ↗

Spacer disc-coupling concept ↗

Separate hexagonal bolt-head envelope; no wrench or tightening procedure. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 12 named instances

Rotating equipment / INTERNAL / MECHANICAL

Driver hub attachment 1 head washer ↗

Spacer disc-coupling concept ↗

Separate annular washer with a real central opening. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 24 named instances

Rotating equipment / INTERNAL / MECHANICAL

Driver hub attachment 1 nut ↗

Spacer disc-coupling concept ↗

Bored hexagonal nut envelope in the opposing large opening. No thread engagement or tightening values. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 12 named instances

Rotating equipment / INTERNAL / MECHANICAL

Hollow centre spacer ↗

Spacer disc-coupling concept ↗

Hollow central member connects two separate spacer-flange regions. No weld detail, span selection, balance or torque capacity. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 1 named instance

Rotating equipment / ENCLOSURE / STRUCTURE

Front guard half ↗

Spacer disc-coupling concept ↗

Separate enclosure teaching half with real inner/outer surfaces. Opening size, attachment, access protection and regulatory compliance are not qualified. Original teaching geometry; no selected fit, contact, stress, fatigue, balance, misalignment capacity, torque/speed rating or qualified guard.

Choose an instance · 2 named instances

Rotating equipment / INTERNAL / MECHANICAL

Front cap joint 1 stud ↗

Housed cylindrical roller bearing concept ↗

Smooth stud marker; no thread engagement or tightening instruction. Original invented teaching geometry. No product dimensions, selected fits, contact stress, load rating, life, lubricant, sealing or service qualification.

Choose an instance · 16 named instances

Rotating equipment / INTERNAL / MECHANICAL

Front cap joint 1 washer ↗

Housed cylindrical roller bearing concept ↗

Separate washer with a real centre opening. Original invented teaching geometry. No product dimensions, selected fits, contact stress, load rating, life, lubricant, sealing or service qualification.

Choose an instance · 16 named instances

Rotating equipment / INTERNAL / MECHANICAL

Front cap joint 1 nut ↗

Housed cylindrical roller bearing concept ↗

Bored hexagonal nut marker; preload and threads are absent. Original invented teaching geometry. No product dimensions, selected fits, contact stress, load rating, life, lubricant, sealing or service qualification.

Choose an instance · 16 named instances

Rotating equipment / INTERNAL / MECHANICAL

Inner bearing ring ↗

Housed cylindrical roller bearing concept ↗

Hollow inner ring, lower central track and two raised end regions. These invented regions do not establish a catalogue bearing type or axial capacity. Original invented teaching geometry. No product dimensions, selected fits, contact stress, load rating, life, lubricant, sealing or service qualification.

Choose an instance · 1 named instance

Rotating equipment / INTERNAL / MECHANICAL

Shaft segment ↗

Housed cylindrical roller bearing concept ↗

Solid original shaft segment. Deliberate radial gaps distinguish it from the ring bore; no interference fit or qualified support contact. Original invented teaching geometry. No product dimensions, selected fits, contact stress, load rating, life, lubricant, sealing or service qualification.

Choose an instance · 1 named instance

Rotating equipment / INTERNAL / MECHANICAL

Cylindrical roller 1 ↗

Housed cylindrical roller bearing concept ↗

Separate static roller with rounded end edges. Deliberate ring gaps are visible; rolling, traction and race contact are not calculated. Original invented teaching geometry. No product dimensions, selected fits, contact stress, load rating, life, lubricant, sealing or service qualification.

Choose an instance · 16 named instances

Rotating equipment / INTERNAL / MECHANICAL

Cage bridge 1 ↗

Housed cylindrical roller bearing concept ↗

Separate connecting cage teaching region between adjacent rollers. The repeated members are not sixteen different bearing designs. Original invented teaching geometry. No product dimensions, selected fits, contact stress, load rating, life, lubricant, sealing or service qualification.

Choose an instance · 16 named instances

Valves & piping / INTERNAL / MECHANICAL

Closure joint 1 stud ↗

Pipeline pigging vessel concept ↗

Separate smooth fastener marker; no thread, tightening order or preload. Original static teaching geometry; no OEM dimensions, pressure, sealing, material, structural, tool-service or operating qualification.

Choose an instance · 62 named instances

Valves & piping / INTERNAL / MECHANICAL

Closure joint 1 washer ↗

Pipeline pigging vessel concept ↗

Separate annular washer with actual centre opening. Original static teaching geometry; no OEM dimensions, pressure, sealing, material, structural, tool-service or operating qualification.

Choose an instance · 62 named instances

Valves & piping / INTERNAL / MECHANICAL

Closure joint 1 nut ↗

Pipeline pigging vessel concept ↗

Separate bored hexagonal nut; no qualified thread engagement. Original static teaching geometry; no OEM dimensions, pressure, sealing, material, structural, tool-service or operating qualification.

Choose an instance · 62 named instances

Valves & piping / INTERNAL / MECHANICAL

Pig cup 1 / flared cup ↗

Pipeline pigging vessel concept ↗

Independently invented flared annular cup envelope. Undeformed solid visual geometry, without elastomer formulation, pipe contact, cleaning efficiency or sealing result. Original static teaching geometry; no OEM dimensions, pressure, sealing, material, structural, tool-service or operating qualification.

Choose an instance · 4 named instances

Vessels / ENCLOSURE / STRUCTURE

Coalescer vessel wall ↗

Gas–liquid coalescer concept ↗

Hollow upright wall with separate wet-gas, gas-outlet, upper-drain and pressure-tap openings. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Lower hollow head ↗

Gas–liquid coalescer concept ↗

Nested curved lower closure with an actual separate drain opening; no code head profile. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Top closure plate ↗

Gas–liquid coalescer concept ↗

Closed top plate with twelve true fastener bores; flat shape is an invented teaching choice. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Top joint 1 stud ↗

Gas–liquid coalescer concept ↗

Separate smooth stud marker without thread or preload. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 32 named instances

Vessels / INTERNAL / MECHANICAL

Top joint 1 washer ↗

Gas–liquid coalescer concept ↗

Separate annular washer marker. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 32 named instances

Vessels / INTERNAL / MECHANICAL

Top joint 1 nut ↗

Gas–liquid coalescer concept ↗

Separate hexagonal nut with actual bore; no thread engagement. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 32 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge tube sheet ↗

Gas–liquid coalescer concept ↗

Separates the lower incoming chamber from the upper cartridge-side collection region, with seven actual circular feed openings. Seal/contact performance is not established. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / feed standoff ↗

Gas–liquid coalescer concept ↗

Hollow feed extension through a tube-sheet opening into the cartridge core. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / mounting collar ↗

Gas–liquid coalescer concept ↗

Separate annular mounting-location marker above the tube sheet. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / mount seal marker ↗

Gas–liquid coalescer concept ↗

Separate mounting seal envelope; tolerances, squeeze and bypass leakage are unverified. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / perforated core ↗

Gas–liquid coalescer concept ↗

Hollow cylindrical core with thirty-six actual radial openings. This support geometry is not a rated filter media or pore-size specification. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / ENCLOSURE / STRUCTURE

Cartridge 1 / media envelope ↗

Gas–liquid coalescer concept ↗

Solid annular visual envelope marking where porous coalescing media would be. Fibres, pore network and droplet capture are not modeled. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / ENCLOSURE / STRUCTURE

Cartridge 1 / drainage-layer envelope ↗

Gas–liquid coalescer concept ↗

Separate outer annular visual envelope for a drainage region. It is not a specified fabric, liquid film or calculated drainage rate. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / bottom end ring ↗

Gas–liquid coalescer concept ↗

Separate open lower end ring around the feed core. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / top seal marker ↗

Gas–liquid coalescer concept ↗

Separate top seal-location ring; no compression/contact result. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / closed top cap ↗

Gas–liquid coalescer concept ↗

Separate closed top boundary above the core, preventing the illustrated axial passage from being an open-ended bypass. No leakage qualification. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / outer cage rail 1 ↗

Gas–liquid coalescer concept ↗

Sparse separate straight cage-support marker; no mesh/fabric weave or cartridge strength result. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 56 named instances

Vessels / INTERNAL / MECHANICAL

Cartridge 1 / outer cage band 1 ↗

Gas–liquid coalescer concept ↗

Separate outer cage-support band. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 21 named instances

Vessels / INTERNAL / MECHANICAL

Wet-gas inlet neck ↗

Gas–liquid coalescer concept ↗

Independent open boundary neck; omitted external systems are not implied. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 5 named instances

Vessels / INTERNAL / MECHANICAL

Lower liquid drain neck ↗

Gas–liquid coalescer concept ↗

Separate lower incoming-chamber liquid boundary through the curved head; no connection to the upper collection drain. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 1 named instance

Vessels / ILLUSTRATIVE REGION

Cartridge 1 / inside-out direction annotation ↗

Gas–liquid coalescer concept ↗

Static radial arrow for this teaching inside-to-outside relationship, not a measured gas velocity or particle path. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / ILLUSTRATIVE REGION

Cartridge 1 / downward drainage annotation ↗

Gas–liquid coalescer concept ↗

Static downward arrow outside the media envelope; not a drain pipe, liquid film or actual drainage calculation. Original invented static geometry; no pressure, materials, filtration efficiency, liquid carryover, pore size, sizing, sealing, structural, operating or service qualification.

Choose an instance · 7 named instances

Vessels / INTERNAL / MECHANICAL

Offset tangential inlet duct ↗

Dry cyclone separator concept ↗

Open rectangular duct entering beside the cylindrical wall rather than through its centre. Tangential is a conceptual inlet arrangement, not a calculated inlet velocity or validated swirl field. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Central vortex-finder tube ↗

Dry cyclone separator concept ↗

Hollow central gas-outlet extension descending below the top plate. Length and diameter are invented, with no short-circuiting or separation result. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Top cover plate ↗

Dry cyclone separator concept ↗

Separate annular top plate closing the enclosure outside the central outlet tube. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Top boundary gasket ↗

Dry cyclone separator concept ↗

Separate perimeter seal marker; geometric overlap is not qualified contact or compression. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Gas outlet flange ↗

Dry cyclone separator concept ↗

Open gas-outlet boundary with eight drilled fastener bores; no downstream duct or fan. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Solids outlet tube ↗

Dry cyclone separator concept ↗

Open lower solids boundary; hopper, discharge device, airlock and downstream handling are outside this concept. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Top cover fastener 1 stud ↗

Dry cyclone separator concept ↗

Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 38 named instances

Vessels / INTERNAL / MECHANICAL

Top cover fastener 1 washer ↗

Dry cyclone separator concept ↗

Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 38 named instances

Vessels / INTERNAL / MECHANICAL

Top cover fastener 1 nut ↗

Dry cyclone separator concept ↗

Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.

Choose an instance · 38 named instances

Heat transfer / ENCLOSURE / STRUCTURE

Pressure plate ↗

Plate-and-frame exchanger concept ↗

Separate unported pressure-plate concept; the terminal blank plate closes the four teaching manifolds. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 1 named instance

Heat transfer / INTERNAL / MECHANICAL

Start port plate ↗

Plate-and-frame exchanger concept ↗

Flat start plate with four open ports; gasket markers assign no verified start-plate seal. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 1 named instance

Heat transfer / INTERNAL / MECHANICAL

Corrugated plate 1 ↗

Plate-and-frame exchanger concept ↗

Separate closed thin plate with original chevron-shaped corrugations on both surfaces; four drilled manifold openings and two bar notches. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 9 named instances

Heat transfer / INTERNAL / MECHANICAL

Channel 1 A boundary gasket ↗

Plate-and-frame exchanger concept ↗

Separate perimeter marker enclosing the field and the left pair of ports. Channel label is a geometric teaching assignment, not calculated flow or a qualified seal. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 5 named instances

Heat transfer / INTERNAL / MECHANICAL

Channel 1 excluded port collar 3 ↗

Plate-and-frame exchanger concept ↗

Separate annular gasket marker around the unassigned port; geometrically open centre remains part of a longitudinal manifold. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 20 named instances

Heat transfer / INTERNAL / MECHANICAL

Channel 2 B boundary gasket ↗

Plate-and-frame exchanger concept ↗

Separate perimeter marker enclosing the field and the right pair of ports. Channel label is a geometric teaching assignment, not calculated flow or a qualified seal. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 5 named instances

Heat transfer / INTERNAL / MECHANICAL

Frame tie washer 1 ↗

Plate-and-frame exchanger concept ↗

Separate bored washer marker. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 12 named instances

Heat transfer / INTERNAL / MECHANICAL

Frame tie nut 1 ↗

Plate-and-frame exchanger concept ↗

Separate bored hexagonal nut marker; no thread engagement, tightening or pack-compression procedure. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 12 named instances

Heat transfer / INTERNAL / MECHANICAL

Port manifold connection 1 ↗

Plate-and-frame exchanger concept ↗

Hollow axial boundary at a true frame port. A/B markers do not assign hot/cold service or flow direction. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 4 named instances

Heat transfer / INTERNAL / MECHANICAL

Port manifold connection 1 gasket ↗

Plate-and-frame exchanger concept ↗

Separate boundary gasket marker without mating pipe. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 4 named instances

Heat transfer / INTERNAL / MECHANICAL

Port manifold connection 1 stud 1 ↗

Plate-and-frame exchanger concept ↗

Separate smooth stud marker. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 24 named instances

Heat transfer / INTERNAL / MECHANICAL

Port manifold connection 1 washer 1 ↗

Plate-and-frame exchanger concept ↗

Separate annular washer marker. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 24 named instances

Heat transfer / INTERNAL / MECHANICAL

Port manifold connection 1 nut 1 ↗

Plate-and-frame exchanger concept ↗

Separate bored hexagonal connection nut marker. Invented static teaching geometry; no product dimensions, materials, pressure/thermal duty, seal compression, loads or operating/maintenance procedure.

Choose an instance · 24 named instances

Valves & piping / INTERNAL / MECHANICAL

Left flange stud 1 ↗

Bored-ball valve concept ↗

Smooth stud marker through a real flange bore; adjoining piping and joint design are absent. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 12 named instances

Valves & piping / INTERNAL / MECHANICAL

Left curved seat ↗

Bored-ball valve concept ↗

Separate annular seat with a sphere-following inner region. The depicted .004 gap is invented geometry, not compression, leakage or a running-clearance specification. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 2 named instances

Valves & piping / INTERNAL / MECHANICAL

Left body washer 1 ↗

Bored-ball valve concept ↗

Separate annular washer. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 16 named instances

Valves & piping / INTERNAL / MECHANICAL

Left body nut 1 ↗

Bored-ball valve concept ↗

Hexagonal nut marker with a real bore; no threads or preload. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 16 named instances

Valves & piping / INTERNAL / MECHANICAL

Bored ball ↗

Bored-ball valve concept ↗

Separate spherical closure with a real straight cylindrical bore. Quarter-turn comparison is geometric only. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Stem drive tongue ↗

Bored-ball valve concept ↗

Separate rectangular drive marker entering the shallow ball recess; stress and torque transfer are unspecified. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Stem shoulder ↗

Bored-ball valve concept ↗

Separate shoulder marker inside the lower housing region; no anti-ejection qualification. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Lever hub ↗

Bored-ball valve concept ↗

Separate bored lever hub around the stem. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Lever arm ↗

Bored-ball valve concept ↗

Separate lever illustrating ninety-degree geometric orientation, without required torque or an operating sequence. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Lever grip ↗

Bored-ball valve concept ↗

Separate end-grip marker, not an ergonomic or insulation specification. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Valves & piping / ENCLOSURE / STRUCTURE

Stem housing ↗

Bored-ball valve concept ↗

Hollow enclosure around the stem, shoulder and separate packing markers. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Gland bridge ↗

Bored-ball valve concept ↗

Separate bridge with stem and two stud bores; no qualified attachment or adjustment instruction. Original invented proportions; no rating, material, tolerance, thread, sealing or operating qualification.

Choose an instance · 1 named instance

Facilities / INTERNAL / MECHANICAL

Inlet separator / Feed joint nut 1 ↗

Connected gas-compression concept ↗

Separate unthreaded circular nut marker; no torque or rated attachment. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 32 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Feed joint stud 1 ↗

Connected gas-compression concept ↗

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 32 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Feed joint washer 1 ↗

Connected gas-compression concept ↗

Separate bored washer marker; no qualified fastener loads. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 32 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Foot anchor 0.7 0.7 1 ↗

Connected gas-compression concept ↗

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 16 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Lower level tapping boundary ring ↗

Connected gas-compression concept ↗

Open instrument-boundary ring. No sensor, displayed reading, calibration or control loop. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 3 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Lower level tapping neck ↗

Connected gas-compression concept ↗

Separate hollow connection aligned with a real enclosure opening. No rated weld, reinforcement, service or measured value. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 5 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Mist lattice layer 1 member 1 ↗

Connected gas-compression concept ↗

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 44 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Support foot 0.7 0.7 ↗

Connected gas-compression concept ↗

Separate foot marker with four actual anchor holes. No load or site design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Inlet separator / Support leg 0.7 0.7 ↗

Connected gas-compression concept ↗

Illustrative support leg. No structural, anchorage or foundation design. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge boundary flange ↗

Connected gas-compression concept ↗

Open flange marker on the boundary neck; facing, pressure and attachment design omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge boundary neck ↗

Connected gas-compression concept ↗

Hollow boundary connection for the indicated inlet/outlet role. No manifold, support system, gas quantity or process direction simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge centre pin ↗

Connected gas-compression concept ↗

Smooth central guide/attachment marker, without threads or rated valve retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / ENCLOSURE / STRUCTURE

Compressor / Crank end discharge cover flange ↗

Connected gas-compression concept ↗

Annular pocket-cover flange with actual matching stud bores. No rated facing, preload or pressure-joint qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge cover nut 1 ↗

Connected gas-compression concept ↗

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 32 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge cover stud 1 ↗

Connected gas-compression concept ↗

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 32 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge cover washer 1 ↗

Connected gas-compression concept ↗

Separate washer with an open centre. Not a qualified fastener joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 32 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge guard ↗

Connected gas-compression concept ↗

Separate bored guard/support marker below the plate in this static concept. Retention and valve lift are unspecified. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / ENCLOSURE / STRUCTURE

Compressor / Crank end discharge outer pocket ↗

Connected gas-compression concept ↗

Hollow outer pocket above the suction seat or below the discharge seat. Separate boundary necks are illustrative, not a complete manifold. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge perforated seat ↗

Connected gas-compression concept ↗

Fixed valve-seat marker with eight actual geometric holes. Not a manufacturer valve or a flow/leakage calculation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge plate marker ↗

Connected gas-compression concept ↗

Separate annular plate at a fixed illustrated seat relationship. There is no automatic valve event, measured lift, pressure response or leakage result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / ENCLOSURE / STRUCTURE

Compressor / Crank end discharge pocket cover ↗

Connected gas-compression concept ↗

Separate solid presentation cover on the outer pocket. No qualified pressure or valve-retention joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge pocket neck ↗

Connected gas-compression concept ↗

Hollow connection through a drilled cylinder-wall opening toward a separate valve stack. No rated port or simulated flow. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Crank end discharge spring marker ↗

Connected gas-compression concept ↗

Original three-turn closed coil marker. Static pose; no valve spring rate, preload, fatigue or event timing. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Compressor / Support leg 1 ↗

Connected gas-compression concept ↗

Illustrative support meeting the enclosure/cylinder region. Attachments and loads are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 8 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Column 2.9 / 1.48 ↗

Connected gas-compression concept ↗

Separate structural column marker; loads, anchoring and foundations are not designed. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Column foot 2.9 / 1.48 ↗

Connected gas-compression concept ↗

Separate footing marker. No foundation or anchor specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 bearing element 1.32 / 1 ↗

Connected gas-compression concept ↗

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 32 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 bearing inner 1.32 ↗

Connected gas-compression concept ↗

Static bearing inner-ring marker. No qualified running clearance. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 bearing outer 1.32 ↗

Connected gas-compression concept ↗

Static bearing outer-ring marker. No load rating or fit. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 blade 1 ↗

Connected gas-compression concept ↗

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 16 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 coupling elastic marker ↗

Connected gas-compression concept ↗

Separate coupling-region marker around the shaft. No compatibility, elastic material model, alignment or torque. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 6 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 horizontal input shaft ↗

Connected gas-compression concept ↗

Separate horizontal reducer-input shaft marker, meeting a perpendicular output relationship. No verified gear contact or reduction ratio. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 2 named instances

Facilities / ENCLOSURE / STRUCTURE

Aftercooler / Fan 1 motor cooling fin 1 ↗

Connected gas-compression concept ↗

Separate external cooling-fin marker. No motor heat or electrical simulation. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 24 named instances

Facilities / ENCLOSURE / STRUCTURE

Aftercooler / Fan 1 motor end ring 1 ↗

Connected gas-compression concept ↗

Separate annular motor end-ring marker around the shaft. No bearing seal or electrical enclosure approval. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 motor foot -0.91 ↗

Connected gas-compression concept ↗

Separate mounting-foot marker. No alignment procedure or qualified fastening. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Fan 1 root fastener 1 ↗

Connected gas-compression concept ↗

Separate smooth blade-root retention marker. No bolt load or rated assembly. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 16 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Inlet header joint nut 1 ↗

Connected gas-compression concept ↗

Separate circular bored nut marker; no thread or torque specification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 12 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Inlet header joint stud 1 ↗

Connected gas-compression concept ↗

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 12 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Inlet header joint washer 1 ↗

Connected gas-compression concept ↗

Separate annular washer marker. No rated retention. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 12 named instances

Facilities / ENCLOSURE / STRUCTURE

Aftercooler / Inlet header plug 1 / 1 head ↗

Connected gas-compression concept ↗

Separate hexagonal plug-head marker. No torque or rated closure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 48 named instances

Facilities / ENCLOSURE / STRUCTURE

Aftercooler / Inlet header plug 1 / 1 stem ↗

Connected gas-compression concept ↗

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 48 named instances

Facilities / ENCLOSURE / STRUCTURE

Aftercooler / Inlet header plug plate ↗

Connected gas-compression concept ↗

Separate external header plate with twenty-four actual access holes and independent closed plug markers. No threads, retention or pressure class. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 2 named instances

Facilities / ENCLOSURE / STRUCTURE

Aftercooler / Inlet header side wall 1.36 ↗

Connected gas-compression concept ↗

Separate header side wall; one side has an original connection bore. No qualified weld or corner construction. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / ENCLOSURE / STRUCTURE

Aftercooler / Inlet header wall 2.56 ↗

Connected gas-compression concept ↗

Separate header closure wall. No weld detail or pressure boundary qualification. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Row 1 tube 1 ↗

Connected gas-compression concept ↗

Original open straight tube through both tube sheets. No rated tube wall, material or process condition. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 24 named instances

Facilities / INTERNAL / MECHANICAL

Aftercooler / Row 1 tube 1 fin 1 ↗

Connected gas-compression concept ↗

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication. Reused original concept in an invented connected scene; placement and scale establish no matched duty or rated installation.

Choose an instance · 768 named instances

Facilities / INTERNAL / MECHANICAL

Incoming boundary fastener 1 ↗

Connected gas-compression concept ↗

Generic fastener position. Quantity and size do not specify a rated connection. An invented inlet boundary. Wells, upstream flow control and fluid properties are outside the model.

Choose an instance · 8 named instances

Facilities / INTERNAL / MECHANICAL

Further gas handling boundary ↗

Connected gas-compression concept ↗

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Choose an instance · 1 named instance

Facilities / INTERNAL / MECHANICAL

Further gas handling boundary fastener 1 ↗

Connected gas-compression concept ↗

Generic fastener position. Quantity and size do not specify a rated connection. Cooling is not a product-quality certificate. Downstream liquid removal, treatment, dehydration, measurement and export requirements are outside this lesson. This boundary supplies no dry-gas or sales-ready claim.

Choose an instance · 8 named instances

Facilities / INTERNAL / MECHANICAL

Liquid handling boundary fastener 1 ↗

Connected gas-compression concept ↗

Generic fastener position. Quantity and size do not specify a rated connection. The lower separator outlet terminates at a separate liquid-handling boundary. Level control, depressurization, storage, treatment and disposal are outside the illustration.

Choose an instance · 8 named instances

Facilities / INTERNAL / MECHANICAL

Direction / Incoming stream to inlet separator ↗

Connected gas-compression concept ↗

Static relationship arrow, not velocity or a flow calculation.

Choose an instance · 9 named instances

Vessels / INTERNAL / MECHANICAL

Feed joint stud 1 ↗

Vertical gas–liquid separator concept ↗

Separate smooth stud marker through an actual joint bore. No threads, preload or rated retention.

Choose an instance · 32 named instances

Vessels / INTERNAL / MECHANICAL

Feed joint washer 1 ↗

Vertical gas–liquid separator concept ↗

Separate bored washer marker; no qualified fastener loads.

Choose an instance · 32 named instances

Vessels / INTERNAL / MECHANICAL

Feed joint nut 1 ↗

Vertical gas–liquid separator concept ↗

Separate unthreaded circular nut marker; no torque or rated attachment.

Choose an instance · 32 named instances

Vessels / INTERNAL / MECHANICAL

Mist lattice layer 1 member 1 ↗

Vertical gas–liquid separator concept ↗

Individual straight lattice member. Open crossed layers illustrate a mist-pad region, not a knitted wire specification or capture efficiency.

Choose an instance · 44 named instances

Vessels / INTERNAL / MECHANICAL

Foot anchor -0.7 -0.7 1 ↗

Vertical gas–liquid separator concept ↗

Separate smooth anchor-position marker through a bored foot. No embedment, thread or foundation qualification.

Choose an instance · 16 named instances

Heat transfer / INTERNAL / MECHANICAL

Row 1 tube 1 ↗

Air-cooled heat exchanger concept ↗

Original open straight tube through both tube sheets. No rated tube wall, material or process condition.

Choose an instance · 24 named instances

Heat transfer / INTERNAL / MECHANICAL

Row 1 tube 1 fin 1 ↗

Air-cooled heat exchanger concept ↗

Separate annular fin marker outside the tube. Discrete rings are a teaching abstraction, not a qualified fin attachment or helical fabrication.

Choose an instance · 768 named instances

Heat transfer / ENCLOSURE / STRUCTURE

Inlet header plug 1 / 1 stem ↗

Air-cooled heat exchanger concept ↗

Solid smooth closure stem through a geometric access hole. No thread, sealing, retention or opening procedure.

Choose an instance · 48 named instances

Heat transfer / ENCLOSURE / STRUCTURE

Inlet header plug 1 / 1 head ↗

Air-cooled heat exchanger concept ↗

Separate hexagonal plug-head marker. No torque or rated closure.

Choose an instance · 48 named instances

Heat transfer / INTERNAL / MECHANICAL

Inlet header joint stud 1 ↗

Air-cooled heat exchanger concept ↗

Separate smooth stud through a geometric flange hole. No thread, bolt load or qualified joint.

Choose an instance · 12 named instances

Heat transfer / INTERNAL / MECHANICAL

Inlet header joint washer 1 ↗

Air-cooled heat exchanger concept ↗

Separate annular washer marker. No rated retention.

Choose an instance · 12 named instances

Heat transfer / INTERNAL / MECHANICAL

Inlet header joint nut 1 ↗

Air-cooled heat exchanger concept ↗

Separate circular bored nut marker; no thread or torque specification.

Choose an instance · 12 named instances

Heat transfer / INTERNAL / MECHANICAL

Fan 1 blade 1 ↗

Air-cooled heat exchanger concept ↗

Original tapered twisted blade marker. Invented profile and pitch; no airfoil data, airflow, efficiency, noise or fatigue result.

Choose an instance · 16 named instances

Heat transfer / INTERNAL / MECHANICAL

Fan 1 root fastener 1 ↗

Air-cooled heat exchanger concept ↗

Separate smooth blade-root retention marker. No bolt load or rated assembly.

Choose an instance · 16 named instances

Heat transfer / INTERNAL / MECHANICAL

Fan 1 bearing element 1.32 / 1 ↗

Air-cooled heat exchanger concept ↗

Separate static rolling-element marker. No cage, rolling kinematics or lubrication model.

Choose an instance · 32 named instances

Heat transfer / ENCLOSURE / STRUCTURE

Fan 1 motor cooling fin 1 ↗

Air-cooled heat exchanger concept ↗

Separate external cooling-fin marker. No motor heat or electrical simulation.

Choose an instance · 24 named instances

Vessels / INTERNAL / MECHANICAL

Base anchors stud 1 ↗

Glycol contactor concept ↗

Separate smooth stud marker in a drilled joint. No threads, bolt load or rated retention.

Choose an instance · 56 named instances

Vessels / INTERNAL / MECHANICAL

Base anchors washer 1 ↗

Glycol contactor concept ↗

Separate annular washer marker. No load or material specification.

Choose an instance · 56 named instances

Vessels / INTERNAL / MECHANICAL

Base anchors nut 1 ↗

Glycol contactor concept ↗

Separate bored circular nut marker. Unthreaded; no torque or qualified joint.

Choose an instance · 56 named instances

Vessels / INTERNAL / MECHANICAL

Tray 1 cap 1 riser ↗

Glycol contactor concept ↗

Hollow riser aligned to a real deck opening. No gas velocity, pressure drop or contacting result.

Choose an instance · 16 named instances

Vessels / INTERNAL / MECHANICAL

Tray 1 cap 1 slotted skirt ↗

Glycol contactor concept ↗

Separate hollow bubble-cap skirt with eight actual lower-edge slots and retained upper wall. No bubble, liquid-seal or tray-performance simulation.

Choose an instance · 16 named instances

Vessels / INTERNAL / MECHANICAL

Tray 1 cap 1 lid ↗

Glycol contactor concept ↗

Separate solid cap lid above the open riser. Invented gas-turn relationship only, without bubbling or qualified cap retention.

Choose an instance · 16 named instances

Valves & piping / INTERNAL / MECHANICAL

Inlet joint stud 1 ↗

Spring-loaded pressure-relief concept ↗

Separate smooth stud through a geometric hole. No threads, preload, torque or rated joint.

Choose an instance · 28 named instances

Valves & piping / INTERNAL / MECHANICAL

Inlet joint washer 1 ↗

Spring-loaded pressure-relief concept ↗

Separate bored washer marker; no fastener-load qualification.

Choose an instance · 28 named instances

Valves & piping / INTERNAL / MECHANICAL

Inlet joint nut 1 ↗

Spring-loaded pressure-relief concept ↗

Separate circular bored nut marker. No threads, wrench dimensions or qualified retention.

Choose an instance · 28 named instances

Compression / INTERNAL / MECHANICAL

Crank-end joint stud 1 ↗

Reciprocating compressor concept ↗

Smooth stud marker through an actual geometric bore. Threads and qualified bolt load are omitted.

Choose an instance · 32 named instances

Compression / INTERNAL / MECHANICAL

Crank-end joint washer 1 ↗

Reciprocating compressor concept ↗

Separate washer with an open centre. Not a qualified fastener joint.

Choose an instance · 32 named instances

Compression / INTERNAL / MECHANICAL

Crank-end joint nut 1 ↗

Reciprocating compressor concept ↗

Bored nut marker. Its circular bore is unthreaded and does not establish retention or torque.

Choose an instance · 32 named instances

Valves & piping / ENCLOSURE / STRUCTURE

Y housing ↗

Y-strainer concept ↗

One original housing around a horizontal passage and an angled screen pocket. Invented geometry for education; no dimensions, pressure rating, qualified fit, installation or maintenance procedure.

Choose an instance · 1 named instance

Valves & piping / ENCLOSURE / STRUCTURE

Pocket cover ↗

Y-strainer concept ↗

Solid bolted boundary of the screen pocket. Its separation in the viewer is a visualization, not an opening or cleaning instruction. No drain, blowdown valve or operating arrangement is modelled.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Inlet neck ↗

Y-strainer concept ↗

Hollow connection into the horizontal housing. Adjoining piping and connection qualification are omitted. Invented geometry for education; no dimensions, pressure rating, qualified fit, installation or maintenance procedure.

Choose an instance · 2 named instances

Valves & piping / ENCLOSURE / STRUCTURE

Globe body ↗

Globe control valve ↗

Double-surface rounded chamber around a stepped partition and vertical seat port. Original invented proportions; no rated design, verified fit or manufacturing specification.

Choose an instance · 1 named instance

Valves & piping / ENCLOSURE / STRUCTURE

Bonnet neck ↗

Globe control valve ↗

Separate hollow bonnet, packing, support or actuator component. Role is a teaching concept; geometry and materials are unqualified. Original invented proportions; no rated design, verified fit or manufacturing specification.

Choose an instance · 10 named instances

Valves & piping / INTERNAL / MECHANICAL

Bonnet gasket ↗

Globe control valve ↗

Separate hollow bonnet, packing, support or actuator component. Role is a teaching concept; geometry and materials are unqualified. Original invented proportions; no rated design, verified fit or manufacturing specification.

Choose an instance · 8 named instances

Valves & piping / INTERNAL / MECHANICAL

Actuator spring ↗

Globe control valve ↗

Continuous six-turn spring marker. Its upper end follows the plate geometrically; stiffness, preload, force, contact and return/failure behaviour are not calculated.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Control plug ↗

Globe control valve ↗

Original solid contoured closure above the annular seat. Shape provides no flow characteristic, Cv, leakage class or cavitation performance.

Choose an instance · 1 named instance

Valves & piping / ENCLOSURE / STRUCTURE

Check body ↗

Swing-check valve ↗

Hollow chamber with two axial bores and an open top access joint. Invented teaching proportions; no pressure rating, verified fit or material specification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Check seat ↗

Swing-check valve ↗

Separate annular seat beside the hinged disc. Contact stress, lapping, retention and leakage are unspecified. Invented teaching proportions; no pressure rating, verified fit or material specification.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Inlet flange ↗

Swing-check valve ↗

Annular connection flange with six bored fastener positions; adjoining pipe, gasket and joint qualification are absent. Invented teaching proportions; no pressure rating, verified fit or material specification.

Choose an instance · 2 named instances

Valves & piping / INTERNAL / MECHANICAL

Hinge pin ↗

Swing-check valve ↗

Stationary pivot axis supported on both sides of the chamber. It does not represent a qualified retention design.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Check disc ↗

Swing-check valve ↗

Solid circular closure in a neutral seat-adjacent pose. Disc rotation is an independent geometric illustration, not pressure-responsive motion.

Choose an instance · 1 named instance

Vessels / ENCLOSURE / STRUCTURE

Vessel shell ↗

Three-phase separator ↗

Hollow cylindrical enclosure with five geometric connection openings. Wall thickness, proportions and junctions are illustrative; no reinforcement, weld or pressure qualification.

Choose an instance · 1 named instance

Vessels / INTERNAL / MECHANICAL

Feed nozzle fastener 1 ↗

Three-phase separator ↗

Generic fastener position. Quantity and size do not specify a rated connection.

Choose an instance · 32 named instances

Vessels / INTERNAL / MECHANICAL

Mist vane 0 segment 0 ↗

Three-phase separator ↗

Zigzag teaching representation of a vane pack that helps collect entrained droplets. Performance and production geometry are not reproduced.

Choose an instance · 27 named instances

Rotating equipment / INTERNAL / MECHANICAL

Suction inlet fastener 1 ↗

Centrifugal pump ↗

Generic fastener position. Quantity and size do not specify a rated connection.

Choose an instance · 16 named instances

Rotating equipment / INTERNAL / MECHANICAL

Shaft ↗

Centrifugal pump ↗

Transfers drive rotation to the impeller. This schematic omits verified fits, fatigue and torque calculations.

Choose an instance · 1 named instance

Rotating equipment / INTERNAL / MECHANICAL

Bearing ball -0.15 / 1 ↗

Centrifugal pump ↗

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics.

Choose an instance · 20 named instances

Rotating equipment / INTERNAL / MECHANICAL

Casing foot ↗

Centrifugal pump ↗

Illustrative low attachment beneath the casing. This foot stays clear of the impeller envelope; foundation loads are not designed.

Choose an instance · 1 named instance

Valves & piping / ENCLOSURE / STRUCTURE

Valve body ↗

Gate valve ↗

Original generic body with an open axial passage and upper gate pocket. No pressure rating, casting detail or design dimensions.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Connection stud -1 / 1 ↗

Gate valve ↗

Illustrative fastener position, without a mating pipe flange or torque specification.

Choose an instance · 16 named instances

Valves & piping / INTERNAL / MECHANICAL

Seat -1 ↗

Gate valve ↗

Angled annular seat adjoining the tapered wedge. Contact geometry is conceptual; sealing performance and tolerances are not verified.

Choose an instance · 2 named instances

Valves & piping / INTERNAL / MECHANICAL

Gate ↗

Gate valve ↗

Original tapered wedge crosses the bore in the depicted closed pose. Travel is a geometric demonstration, without leakage, load or operating-force simulation.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Stem ↗

Gate valve ↗

Rising stem translates with the gate. The smooth lower region passes through packing; operating loads and exact thread engagement are omitted.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Bonnet gasket ↗

Gate valve ↗

Generic hollow bonnet/packing boundary. This is a schematic assembly without joint qualification or a maintenance procedure.

Choose an instance · 1 named instance

Valves & piping / INTERNAL / MECHANICAL

Handwheel ↗

Gate valve ↗

Manual wheel concept. The travel slider does not simulate wheel turns or operating force.

Choose an instance · 1 named instance

Heat transfer / INTERNAL / MECHANICAL

Hollow tube 1 ↗

Shell & tube exchanger ↗

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 21 named instances

Heat transfer / ENCLOSURE / STRUCTURE

Shell ↗

Shell & tube exchanger ↗

Hollow cylindrical shell around the tube exteriors, with two real connection openings. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 1 named instance

Heat transfer / ENCLOSURE / STRUCTURE

Left tube sheet ↗

Shell & tube exchanger ↗

Separate tube sheet with twenty-one actual tube bores, four tie-rod holes and twelve edge joint holes. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 2 named instances

Heat transfer / INTERNAL / MECHANICAL

Left body stud 1 ↗

Shell & tube exchanger ↗

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 24 named instances

Heat transfer / INTERNAL / MECHANICAL

Left shell washer 1 ↗

Shell & tube exchanger ↗

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 48 named instances

Heat transfer / INTERNAL / MECHANICAL

Left shell nut 1 ↗

Shell & tube exchanger ↗

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 48 named instances

Heat transfer / ENCLOSURE / STRUCTURE

Left end channel ↗

Shell & tube exchanger ↗

Hollow unpartitioned end channel connecting the twenty-one open tube ends. No two-pass header or removable-bundle procedure. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 2 named instances

Heat transfer / INTERNAL / MECHANICAL

Segmental baffle 1 ↗

Shell & tube exchanger ↗

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 6 named instances

Heat transfer / INTERNAL / MECHANICAL

Tie rod 1 spacer 1 ↗

Shell & tube exchanger ↗

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 20 named instances

Heat transfer / INTERNAL / MECHANICAL

Tube-side inlet stud 1 ↗

Shell & tube exchanger ↗

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 24 named instances

Heat transfer / INTERNAL / MECHANICAL

Tube-side inlet washer 1 ↗

Shell & tube exchanger ↗

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 24 named instances

Heat transfer / INTERNAL / MECHANICAL

Tube-side inlet nut 1 ↗

Shell & tube exchanger ↗

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 24 named instances

Heat transfer / INTERNAL / MECHANICAL

Saddle -1.5 ↗

Shell & tube exchanger ↗

Separate curved display support around the lower shell surface. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.

Choose an instance · 2 named instances

Storage / INTERNAL / MECHANICAL

Vent connection fastener 1 ↗

Fixed-roof storage tank ↗

Generic fastener position. Quantity and size do not specify a rated connection.

Choose an instance · 32 named instances

Production / ENCLOSURE / STRUCTURE

Lower master valve / Body ↗

Production tree concept ↗

Generic bored slab-gate body with a gate pocket. Proportions are invented, with no API qualification. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 5 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Slab gate ↗

Production tree concept ↗

Single bored slab in an illustrative aligned pose. It differs from the separate atlas wedge valve; no actual valve state, leakage or operating sequence is established. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 5 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Seat -1 ↗

Production tree concept ↗

Annular seat beside the slab. Fit, contact loads and sealing performance are not specified. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 10 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / End flange -1 ↗

Production tree concept ↗

Generic annular connection flange with bored fastener holes. No rated facing, gasket or bolt design. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 10 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / End stud -1 / 1 ↗

Production tree concept ↗

Illustrative fastener position, without torque or joint qualification. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 60 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Stem ↗

Production tree concept ↗

Static nonrising-stem concept connected to the manual operator. Thread engagement, thrust support and drive kinematics are not qualified. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 5 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Internal stem thread ↗

Production tree concept ↗

Continuous internal-region helical crest suggests stem-to-gate drive. Mating female threads, tolerances and motion are omitted. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 5 named instances

Production / ENCLOSURE / STRUCTURE

Lower master valve / Body bonnet flange ↗

Production tree concept ↗

Conceptual hollow bonnet, seal or operator component. Materials, retention, pressure rating and adjustment procedures are unspecified. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 25 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Bonnet gasket ↗

Production tree concept ↗

Conceptual hollow bonnet, seal or operator component. Materials, retention, pressure rating and adjustment procedures are unspecified. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 20 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Packing ring 1 ↗

Production tree concept ↗

Separate packing-ring concept around the smooth stem. Compression and emissions performance are unspecified. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 15 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Bonnet stud 1 ↗

Production tree concept ↗

Generic bonnet fastener position; no bolt loads or maintenance instruction. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 30 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Gland stud -0.14 ↗

Production tree concept ↗

Illustrative gland fastening position. No packing adjustment instruction. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 10 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Operator support -0.14 ↗

Production tree concept ↗

Conceptual support for the manual operator; thrust-bearing details are omitted. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 10 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Operator bridge ↗

Production tree concept ↗

Bored manual-operator support concept. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 5 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Handwheel ↗

Production tree concept ↗

Static manual operator. No wheel-turn relationship, actuation force or operating sequence. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 5 named instances

Production / INTERNAL / MECHANICAL

Lower master valve / Wheel spoke 1 ↗

Production tree concept ↗

Conceptual spoke joins rim and hub. In this generic production tree, placement and dimensions are teaching choices; no operating or barrier arrangement is qualified.

Choose an instance · 20 named instances

Production / ENCLOSURE / STRUCTURE

Tree cap ↗

Production tree concept ↗

Closed top-cover concept above the swab valve. Reveal internals removes the cover visually, without an intervention or opening procedure.

Choose an instance · 1 named instance

Production / INTERNAL / MECHANICAL

Carrier bar ↗

Beam pumping unit ↗

Connects the two bridle legs toward the polished rod. Invented proportions; not a rated component, manufacturing drawing or operating instruction.

Choose an instance · 1 named instance

Production / INTERNAL / MECHANICAL

Polished rod ↗

Beam pumping unit ↗

Smooth rod continues below the illustrated surface boundary. Extra neutral length keeps it through the packing over the invented geometric cycle; no matched field stroke or downhole rod string is represented. Invented proportions; not a rated component, manufacturing drawing or operating instruction.

Choose an instance · 1 named instance

Production / INTERNAL / MECHANICAL

Input bearing element -0.44 / 1 ↗

Beam pumping unit ↗

Separate static rolling-element marker; cage, lubrication and loaded contacts are omitted.

Choose an instance · 48 named instances

Production / INTERNAL / MECHANICAL

Reducer cover fastener 1.34 / -0.53 / 0.57 ↗

Beam pumping unit ↗

Separate generic fastener marker; no thread, preload or torque specification.

Choose an instance · 8 named instances

Production / INTERNAL / MECHANICAL

Motor enclosure ↗

Beam pumping unit ↗

Generic electric prime-mover enclosure; winding, electrical supply and controls are omitted. Invented proportions; not a rated component, manufacturing drawing or operating instruction.

Choose an instance · 1 named instance

Production / ENCLOSURE / STRUCTURE

Belt guard ↗

Beam pumping unit ↗

Teaching guard panel hides the belt drive. It is not a complete or qualified machine guarding system. Invented proportions; not a rated component, manufacturing drawing or operating instruction.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Intake neck ↗

Downhole rod pump concept ↗

Open geometric passage toward the lower pump intake. Screen, gas anchor and formation boundary are not included. Original teaching proportions; no pressure rating, verified fit or material specification.

Choose an instance · 1 named instance

Downhole equipment / INTERNAL / MECHANICAL

Standing valve crown fastener 1 ↗

Downhole rod pump concept ↗

Separate generic fastener position without thread, preload or adjustment instruction.

Choose an instance · 8 named instances

Downhole equipment / INTERNAL / MECHANICAL

Rod coupling ↗

Downhole rod pump concept ↗

Annular coupling marker around the drive-rod connection. Mating threads and rod-string specification are omitted. Original teaching proportions; no pressure rating, verified fit or material specification.

Choose an instance · 1 named instance

Facilities / ENCLOSURE / STRUCTURE

Separator / Vessel shell ↗

Conceptual process facility ↗

Hollow cylindrical enclosure with five geometric connection openings. Wall thickness, proportions and junctions are illustrative; no reinforcement, weld or pressure qualification. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 1 named instance

Facilities / INTERNAL / MECHANICAL

Separator / Feed nozzle ↗

Conceptual process facility ↗

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 14 named instances

Facilities / INTERNAL / MECHANICAL

Separator / Feed nozzle flange ↗

Conceptual process facility ↗

Illustrative flange ring, with no rated facing or bolt specification. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 16 named instances

Facilities / INTERNAL / MECHANICAL

Separator / Feed nozzle fastener 1 ↗

Conceptual process facility ↗

Generic fastener position. Quantity and size do not specify a rated connection. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 128 named instances

Facilities / INTERNAL / MECHANICAL

Separator / Mist vane 0 segment 0 ↗

Conceptual process facility ↗

Zigzag teaching representation of a vane pack that helps collect entrained droplets. Performance and production geometry are not reproduced. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 27 named instances

Facilities / ENCLOSURE / STRUCTURE

Oil transfer pump / Suction-side casing cover ↗

Conceptual process facility ↗

Encloses a side of the volute; this generic cover has a geometric central bore. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Oil transfer pump / Curved impeller vane 1 ↗

Conceptual process facility ↗

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 14 named instances

Facilities / INTERNAL / MECHANICAL

Oil transfer pump / Seal spring 1 ↗

Conceptual process facility ↗

Schematic spring-position marker, not a helical spring or verified face-loading design. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 8 named instances

Facilities / INTERNAL / MECHANICAL

Oil transfer pump / Bearing outer race -0.15 ↗

Conceptual process facility ↗

Generic stationary outer bearing race, without load rating or lubrication design. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Oil transfer pump / Bearing inner race -0.15 ↗

Conceptual process facility ↗

Generic shaft-side race. Bearing performance and fits are not specified. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 4 named instances

Facilities / INTERNAL / MECHANICAL

Oil transfer pump / Bearing ball -0.15 / 1 ↗

Conceptual process facility ↗

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 40 named instances

Facilities / ENCLOSURE / STRUCTURE

Oil transfer pump / Motor cooling fin 1 ↗

Conceptual process facility ↗

Illustrative external cooling fin. No motor thermal rating is implied. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 24 named instances

Facilities / INTERNAL / MECHANICAL

Oil storage / Ladder rung 0.5 ↗

Conceptual process facility ↗

Schematic ladder rung. In this invented facility, placement and scale are teaching choices, not engineering dimensions.

Choose an instance · 18 named instances

Facilities / INTERNAL / MECHANICAL

Incoming connection fastener 1 ↗

Conceptual process facility ↗

Generic fastener position. Quantity and size do not specify a rated connection.

Choose an instance · 16 named instances

Facilities / INTERNAL / MECHANICAL

Direction / Incoming stream to separator ↗

Conceptual process facility ↗

Static arrow for the declared process relationship. No velocity, quantity or live flow is represented.

Choose an instance · 6 named instances

Gas treating / ENCLOSURE / STRUCTURE

Rich-solvent feed bored flange ↗

Amine regenerator concept ↗

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification.

Choose an instance · 6 named instances

Gas treating / INTERNAL / MECHANICAL

Feed branch marker 1 ↗

Amine regenerator concept ↗

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification.

Choose an instance · 8 named instances

Gas treating / INTERNAL / MECHANICAL

Overhead entrainment marker 1 ↗

Amine regenerator concept ↗

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification.

Choose an instance · 6 named instances

Gas treating / INTERNAL / MECHANICAL

Closed access smooth stud 1 ↗

Amine regenerator concept ↗

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Absorber / Absorber hollow vessel wall ↗

Amine sweetening circuit concept ↗

Hollow vertical enclosure with separate gas, solvent and access openings. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Absorber / Absorber lower head ↗

Amine sweetening circuit concept ↗

Hollow lower head with separate closed sump marker; original schematic profile. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Absorber / Closed manway gasket location ↗

Amine sweetening circuit concept ↗

Annular gasket location; no compression or seal evidence. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Absorber / Closed manway joint smooth stud 1 ↗

Amine sweetening circuit concept ↗

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 32 named instances

Process plants / INTERNAL / MECHANICAL

Absorber / Distributor spoke 1 ↗

Amine sweetening circuit concept ↗

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Absorber / Lean-amine distributor ring ↗

Amine sweetening circuit concept ↗

Open annular distributor-location marker above contacting zones. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Absorber / Lean-amine inlet bored flange ↗

Amine sweetening circuit concept ↗

Separate annular flange; hole pattern and class unspecified. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Absorber / Lean-amine inlet hollow neck ↗

Amine sweetening circuit concept ↗

Open lean-amine inlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Absorber / Lower open packing 1 slat 1 ↗

Amine sweetening circuit concept ↗

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 56 named instances

Process plants / INTERNAL / MECHANICAL

Absorber / Lower packed-zone retaining ring ↗

Amine sweetening circuit concept ↗

Annular support-location ring beneath an open contacting zone. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Absorber / Lower sump closure marker ↗

Amine sweetening circuit concept ↗

Closed lower marker; no drain, pressure boundary fabrication or procedure. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Absorber / Lower upper hold-down ring ↗

Amine sweetening circuit concept ↗

Annular upper zone marker; no bed compression or restraint design. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Absorber / Overhead mist-pad lattice 1 ↗

Amine sweetening circuit concept ↗

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Absorber / Rich-amine outlet hollow neck ↗

Amine sweetening circuit concept ↗

Open rich-amine outlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Absorber / Sour-gas inlet hollow neck ↗

Amine sweetening circuit concept ↗

Open sour-gas inlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Absorber / Treated-gas outlet hollow neck ↗

Amine sweetening circuit concept ↗

Open treated-gas outlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Regenerator / Closed access bored flange ↗

Amine sweetening circuit concept ↗

Drilled illustrative flange, without a qualified pressure joint. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Regenerator / Closed access smooth stud 1 ↗

Amine sweetening circuit concept ↗

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Regenerator / Closed lower sump marker ↗

Amine sweetening circuit concept ↗

Closed static lower boundary; no drain or vessel-opening method. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Regenerator / Contacting deck 1 ↗

Amine sweetening circuit concept ↗

Open, perforated contacting-location marker; no actual tray sizing, downcomer or hydraulic result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

Regenerator / Deck 1 rim marker ↗

Amine sweetening circuit concept ↗

Partial raised rim marker. It does not define an operating weir, seal or liquid level. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

Regenerator / Feed branch marker 1 ↗

Amine sweetening circuit concept ↗

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Regenerator / Lean-solvent outlet bored flange ↗

Amine sweetening circuit concept ↗

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Regenerator / Overhead acid-gas outlet hollow neck ↗

Amine sweetening circuit concept ↗

Open overhead acid-gas outlet vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Regenerator / Overhead entrainment marker 1 ↗

Amine sweetening circuit concept ↗

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 6 named instances

Process plants / INTERNAL / MECHANICAL

Regenerator / Reboiler liquid withdrawal hollow neck ↗

Amine sweetening circuit concept ↗

Open reboiler liquid withdrawal vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Regenerator / Regenerator hollow vessel wall ↗

Amine sweetening circuit concept ↗

Vertical enclosure with independently drilled side openings. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Regenerator / Regenerator support skirt ↗

Amine sweetening circuit concept ↗

Raised hollow support location without foundation or load design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Regenerator / Upper feed distribution ring ↗

Amine sweetening circuit concept ↗

Open ring marking a rich-feed distribution location; no actual distributor pattern. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Bundle tie rod 1 ↗

Amine sweetening circuit concept ↗

Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Hollow tube 1 ↗

Amine sweetening circuit concept ↗

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 21 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left body stud 1 ↗

Amine sweetening circuit concept ↗

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 24 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left channel gasket ↗

Amine sweetening circuit concept ↗

Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left channel head ↗

Amine sweetening circuit concept ↗

Separate flat annular channel closure with an axial connection opening; no pressure-boundary design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left channel joint flange ↗

Amine sweetening circuit concept ↗

Separate annular channel joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left channel nut 1 ↗

Amine sweetening circuit concept ↗

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 48 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left channel washer 1 ↗

Amine sweetening circuit concept ↗

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 48 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left end channel ↗

Amine sweetening circuit concept ↗

Hollow unpartitioned end channel connecting the twenty-one open tube ends. No two-pass header or removable-bundle procedure. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left shell joint flange ↗

Amine sweetening circuit concept ↗

Separate annular shell-end joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left tie nut 1 ↗

Amine sweetening circuit concept ↗

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left tie washer 1 ↗

Amine sweetening circuit concept ↗

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left tube sheet ↗

Amine sweetening circuit concept ↗

Separate tube sheet with twenty-one actual tube bores, four tie-rod holes and twelve edge joint holes. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Saddle 1.5 ↗

Amine sweetening circuit concept ↗

Separate curved display support around the lower shell surface. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Saddle foot 1.5 ↗

Amine sweetening circuit concept ↗

Separate display footing with four geometric anchor holes; no anchors or foundation provided. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Saddle leg 1.5 / 0.52 ↗

Amine sweetening circuit concept ↗

Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Segmental baffle 1 ↗

Amine sweetening circuit concept ↗

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 6 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Shell ↗

Amine sweetening circuit concept ↗

Hollow cylindrical shell around the tube exteriors, with two real connection openings. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet ↗

Amine sweetening circuit concept ↗

Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Shell-side inlet flange ↗

Amine sweetening circuit concept ↗

Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Shell-side inlet gasket ↗

Amine sweetening circuit concept ↗

Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet nut 1 ↗

Amine sweetening circuit concept ↗

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet stud 1 ↗

Amine sweetening circuit concept ↗

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet washer 1 ↗

Amine sweetening circuit concept ↗

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Tie rod 1 spacer 1 ↗

Amine sweetening circuit concept ↗

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 20 named instances

Process plants / INTERNAL / MECHANICAL

Lean pump / Bearing ball 0.35 / 1 ↗

Amine sweetening circuit concept ↗

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 20 named instances

Process plants / INTERNAL / MECHANICAL

Lean pump / Discharge outlet fastener 1 ↗

Amine sweetening circuit concept ↗

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Lean pump / Curved impeller vane 1 ↗

Amine sweetening circuit concept ↗

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 7 named instances

Process plants / ENCLOSURE / STRUCTURE

Lean pump / Motor cooling fin 1 ↗

Amine sweetening circuit concept ↗

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

External reboiler role / liquidIn port marker ↗

Amine sweetening circuit concept ↗

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Choose an instance · 15 named instances

Process plants / INTERNAL / MECHANICAL

Direction / Feed gas to absorber ↗

Amine sweetening circuit concept ↗

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Choose an instance · 14 named instances

Vessels / INTERNAL / MECHANICAL

Saddle 1 ↗

Glycol flash-tank concept ↗

Illustrative saddle envelope without matched curvature, load or anchorage. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating.

Choose an instance · 2 named instances

Vessels / INTERNAL / MECHANICAL

Closed access smooth stud 1 ↗

Glycol flash-tank concept ↗

Separate smooth joint marker; no thread, preload or opening instruction. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating.

Choose an instance · 8 named instances

Vessels / INTERNAL / MECHANICAL

Mist lattice layer 1 member 1 ↗

Glycol flash-tank concept ↗

Open straight lattice member, not media design, drainage or removal efficiency. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating.

Choose an instance · 27 named instances

Gas dehydration / INTERNAL / MECHANICAL

Still region 1 crossbar 1 ↗

Glycol still and reboiler concept ↗

Separate open-grid marker; no hydraulics, reflux or efficiency claim. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification.

Choose an instance · 15 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Base anchors nut 1 ↗

Glycol dehydration circuit concept ↗

Separate bored circular nut marker. Unthreaded; no torque or qualified joint. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 56 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Base anchors stud 1 ↗

Glycol dehydration circuit concept ↗

Separate smooth stud marker in a drilled joint. No threads, bolt load or rated retention. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 56 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Base anchors washer 1 ↗

Glycol dehydration circuit concept ↗

Separate annular washer marker. No load or material specification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 56 named instances

Process plants / ENCLOSURE / STRUCTURE

Contactor / Instrument boundary flange ↗

Glycol dehydration circuit concept ↗

Separate bored flange with eight geometric stud holes. No pressure class, facing or mating pipe. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Tray 1 cap 1 lid ↗

Glycol dehydration circuit concept ↗

Separate solid cap lid above the open riser. Invented gas-turn relationship only, without bubbling or qualified cap retention. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Tray 1 cap 1 riser ↗

Glycol dehydration circuit concept ↗

Hollow riser aligned to a real deck opening. No gas velocity, pressure drop or contacting result. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Tray 1 cap 1 slotted skirt ↗

Glycol dehydration circuit concept ↗

Separate hollow bubble-cap skirt with eight actual lower-edge slots and retained upper wall. No bubble, liquid-seal or tray-performance simulation. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Tray 1 downcomer wall ↗

Glycol dehydration circuit concept ↗

Separate chord wall below the side opening, stopping above the next deck region. No sealed liquid leg, gas-bypass or hydraulic qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Tray 1 overflow weir ↗

Glycol dehydration circuit concept ↗

Separate side-weir marker above the tray deck. No measured liquid depth, overflow rate or tray operating condition. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Contactor / Tray 1 support 1 ↗

Glycol dehydration circuit concept ↗

Separate tray-support marker. No load, attachment or weld specification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Optional flash tank / Closed access bored flange ↗

Glycol dehydration circuit concept ↗

Separate annular flange marker; no pressure class, facing or bolted-joint qualification. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Optional flash tank / Closed access gasket location ↗

Glycol dehydration circuit concept ↗

Separate gasket-location marker; no material or seal result. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Closed access smooth stud 1 ↗

Glycol dehydration circuit concept ↗

Separate smooth joint marker; no thread, preload or opening instruction. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Optional flash tank / Closed access solid cover ↗

Glycol dehydration circuit concept ↗

Solid closed cover; no vessel-opening or entry procedure. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Diverter support 1 ↗

Glycol dehydration circuit concept ↗

Illustrative diverter support; no mechanical load qualification. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Flash-gas outlet hollow neck ↗

Glycol dehydration circuit concept ↗

Open, independent flash-gas outlet boundary. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Optional flash tank / Flash-tank dished head 1 ↗

Glycol dehydration circuit concept ↗

Generic double-surface dished closure. Shape and thickness are illustrative, with no code qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Optional flash tank / Flash-tank hollow vessel wall ↗

Glycol dehydration circuit concept ↗

Open-ended horizontal enclosure with three actual boundary holes. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Optional flash tank / Head seam marker 1 ↗

Glycol dehydration circuit concept ↗

Separate shell/head location; no weld or inspection evidence. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Illustrative liquid interface ↗

Glycol dehydration circuit concept ↗

Single static liquid-region marker; no level measurement, control setpoint or residence time. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Inlet impact diverter ↗

Glycol dehydration circuit concept ↗

Separate impact/diversion location beneath the inlet. No impingement, erosion or phase-separation result. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Lower level tapping bored ring ↗

Glycol dehydration circuit concept ↗

Separate bored termination marker; no selected connection. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Lower level tapping hollow neck ↗

Glycol dehydration circuit concept ↗

Open instrument-boundary location without a sensor, reading or control loop. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Mist cross member 1 ↗

Glycol dehydration circuit concept ↗

Additional visible open support; no bypass seal or packing specification. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 5 named instances

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Mist lattice layer 1 member 1 ↗

Glycol dehydration circuit concept ↗

Open straight lattice member, not media design, drainage or removal efficiency. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 27 named instances

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Open mist-region support ring ↗

Glycol dehydration circuit concept ↗

Location marker for an open mist region, not a specified mist eliminator or capture result. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Outlet breaker cross A ↗

Glycol dehydration circuit concept ↗

Open cross marker above the glycol draw-off; no vortex or entrainment result. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Rich-glycol inlet hollow neck ↗

Glycol dehydration circuit concept ↗

Open, independent rich-glycol inlet boundary. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Rich-glycol outlet hollow neck ↗

Glycol dehydration circuit concept ↗

Open, independent rich-glycol outlet boundary. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Saddle 1 ↗

Glycol dehydration circuit concept ↗

Illustrative saddle envelope without matched curvature, load or anchorage. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Optional flash tank / Saddle foot 1 ↗

Glycol dehydration circuit concept ↗

Separate bored attachment-location marker. Original invented static geometry; no chemistry, phase split, emissions, pressure, level, materials, safe service or equipment rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Heat-region end marker 1 ↗

Glycol dehydration circuit concept ↗

End of schematic heat region; no through-wall connection. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Heat-transfer region marker 1 ↗

Glycol dehydration circuit concept ↗

Explanatory position marker only; no firing, heat duty or heating-surface design. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 3 named instances

Process plants / ENCLOSURE / STRUCTURE

Still and reboiler / Illustrative instrument tap bored termination ↗

Glycol dehydration circuit concept ↗

Separate annular termination; no selected flange or joint. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 3 named instances

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Illustrative instrument tap hollow neck ↗

Glycol dehydration circuit concept ↗

Open illustrative instrument tap teaching boundary. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Illustrative reboiler liquid region ↗

Glycol dehydration circuit concept ↗

Static region marker, not measured liquid level or process inventory. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / ENCLOSURE / STRUCTURE

Still and reboiler / Reboiler hollow kettle wall ↗

Glycol dehydration circuit concept ↗

Actual hollow horizontal vessel; no code, duty or heat-transfer design. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Still downflow location 1 ↗

Glycol dehydration circuit concept ↗

Orientation marker only; no validated flow or liquid seal. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 3 named instances

Process plants / ENCLOSURE / STRUCTURE

Still and reboiler / Still hollow column wall ↗

Glycol dehydration circuit concept ↗

Vertical still-region enclosure open toward the kettle; no selected contacting internals. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Still region 1 crossbar 1 ↗

Glycol dehydration circuit concept ↗

Separate open-grid marker; no hydraulics, reflux or efficiency claim. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 15 named instances

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Still region 1 perimeter ↗

Glycol dehydration circuit concept ↗

Open contacting-region location, not a selected tray or packing. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 3 named instances

Process plants / ENCLOSURE / STRUCTURE

Still and reboiler / Water-vapor overhead bored termination ↗

Glycol dehydration circuit concept ↗

Separate overhead termination; no relief or environmental design. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Still and reboiler / Water-vapor overhead hollow neck ↗

Glycol dehydration circuit concept ↗

Open water-vapor boundary; no condenser, vent destination or emissions result. Invented static teaching geometry; no thermal, process, pressure, emissions, burner or service qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Bundle tie rod 1 ↗

Glycol dehydration circuit concept ↗

Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Hollow tube 1 ↗

Glycol dehydration circuit concept ↗

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 21 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left body stud 1 ↗

Glycol dehydration circuit concept ↗

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 24 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left channel gasket ↗

Glycol dehydration circuit concept ↗

Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left channel head ↗

Glycol dehydration circuit concept ↗

Separate flat annular channel closure with an axial connection opening; no pressure-boundary design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left channel joint flange ↗

Glycol dehydration circuit concept ↗

Separate annular channel joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left channel nut 1 ↗

Glycol dehydration circuit concept ↗

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 48 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left channel washer 1 ↗

Glycol dehydration circuit concept ↗

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 48 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left end channel ↗

Glycol dehydration circuit concept ↗

Hollow unpartitioned end channel connecting the twenty-one open tube ends. No two-pass header or removable-bundle procedure. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left shell joint flange ↗

Glycol dehydration circuit concept ↗

Separate annular shell-end joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left tie nut 1 ↗

Glycol dehydration circuit concept ↗

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 8 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Left tie washer 1 ↗

Glycol dehydration circuit concept ↗

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 8 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Left tube sheet ↗

Glycol dehydration circuit concept ↗

Separate tube sheet with twenty-one actual tube bores, four tie-rod holes and twelve edge joint holes. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Saddle 1.5 ↗

Glycol dehydration circuit concept ↗

Separate curved display support around the lower shell surface. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Saddle foot 1.5 ↗

Glycol dehydration circuit concept ↗

Separate display footing with four geometric anchor holes; no anchors or foundation provided. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 2 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Saddle leg 1.5 / 0.52 ↗

Glycol dehydration circuit concept ↗

Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Segmental baffle 1 ↗

Glycol dehydration circuit concept ↗

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 6 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Shell ↗

Glycol dehydration circuit concept ↗

Hollow cylindrical shell around the tube exteriors, with two real connection openings. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 1 named instance

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet ↗

Glycol dehydration circuit concept ↗

Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Shell-side inlet flange ↗

Glycol dehydration circuit concept ↗

Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / ENCLOSURE / STRUCTURE

Rich/lean exchanger / Shell-side inlet gasket ↗

Glycol dehydration circuit concept ↗

Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 4 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet nut 1 ↗

Glycol dehydration circuit concept ↗

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet stud 1 ↗

Glycol dehydration circuit concept ↗

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Shell-side inlet washer 1 ↗

Glycol dehydration circuit concept ↗

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 24 named instances

Process plants / INTERNAL / MECHANICAL

Rich/lean exchanger / Tie rod 1 spacer 1 ↗

Glycol dehydration circuit concept ↗

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 20 named instances

Process plants / INTERNAL / MECHANICAL

Lean pump / Bearing ball 0.35 / 1 ↗

Glycol dehydration circuit concept ↗

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 20 named instances

Process plants / INTERNAL / MECHANICAL

Lean pump / Discharge outlet fastener 1 ↗

Glycol dehydration circuit concept ↗

Generic fastener position. Quantity and size do not specify a rated connection. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 16 named instances

Process plants / INTERNAL / MECHANICAL

Lean pump / Curved impeller vane 1 ↗

Glycol dehydration circuit concept ↗

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 7 named instances

Process plants / ENCLOSURE / STRUCTURE

Lean pump / Motor cooling fin 1 ↗

Glycol dehydration circuit concept ↗

Illustrative external cooling fin. No motor thermal rating is implied. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Choose an instance · 12 named instances

Process plants / INTERNAL / MECHANICAL

Direction / Wet gas to contactor ↗

Glycol dehydration circuit concept ↗

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Choose an instance · 12 named instances

These are names and explanations from our original models. They supply no product compatibility, material specification, rating, installation or operating procedure. Read the model standards ↗