PROCESS PLANTS / INTERACTIVE 3D

Glycol dehydration circuit concept

Trace twelve inspectable gas, rich-glycol, optional-flash, lean-return and overhead relationships across five detailed original assets.

Static preview · choose Load 3D to explore

Drag to orbit · Scroll or pinch to zoom · Select a visible part or use the parts list. Keyboard: focus the view and use arrow keys to orbit.

COMPONENT INSPECTOR

Explore the assembly

Select a component to read its role. The list below also works without a 3D display.

Choose a component802 individually named components

Internal / mechanicalIllustrative connections / regionsStructure / enclosure

Colors identify parts in this teaching model. They are not an industry color standard.

HOW TO READ THIS MODEL

The system, explained.

The U.S. EPA/GRI process overview and SLB's general systems description distinguish wet-gas contact, optional flash-gas separation, rich-glycol conditioning, regeneration and lean return. This original scene reuses our independently authored contactor, optional flash tank, still/reboiler, shell-and-tube exchanger and centrifugal pump models at invented locations and scales. Two hollow schematic envelopes mark filter and cooler roles. Twelve static hollow routes connect declared source-part centres and role endpoints, with a separate water-vapor and optional flash-gas boundary. The routes and arrows teach vocabulary and comparison; they are not selected piping, process flow, a heat/mass balance, a complete controls or vent-handling system, or a matched Alberta plant.

Model scope and limits

Original 802-mesh teaching scene assembled from five independently authored detailed GLBs plus two schematic role envelopes, four open boundary markers and twelve hollow static relationship routes. The imported models are deliberately rescaled and are not selected or compatible equipment. Route endpoints agree with source-part centres and graph records but do not specify flanged mating, controls, instruments, operating conditions or fabricated pipe. The flash tank is optional; its gas and the regenerator overhead end at open boundaries. No chemical composition, glycol concentration, dewpoint, heat duty, exchanger or pump duty, flow, temperature, pressure, filtration, cooling, gas capture, condenser/vent treatment, emissions permit, relief, shutdown, containment, pressure rating, safe operation, named plant or complete process design.

Further reading: U.S. EPA/GRI glycol-dehydrator study, Figure 3-1 and section 3.1: generic loop and optional flash-tank roles; no source diagram, CAD or dimensions imported ↗

Source links support further study; no affiliation or endorsement is implied.

CHECK YOUR UNDERSTANDING

What does this connected glycol scene establish?

A built dehydration unit meeting a specified gas dewpointConceptual relationships among independently authored equipment and open boundariesA qualified P&ID and emissions-control design

GUIDED COMPONENT STUDY

Trace the system.

Read each explanation, then focus its component in the explorer. This is a learning route through the model, with no operating or maintenance sequence.

Enter through the wet-gas boundary
The blue route ends at the independently authored contactor inlet-flange centre. It is a static teaching relationship, not feed-gas analysis, pressure control or a fabricated line.
Inspect the detailed contactor
The 258-part reused contactor has distinct gas and glycol boundaries and bubble-cap markers. Its invented scale in this scene does not prove water removal or match the downstream assets.
Follow rich glycol toward an optional vessel
Gold connects the contactor-rich boundary to the optional 73-part flash-tank concept. No pressure letdown, fluid composition, pipeline or actual installed vessel is established.
Keep flash gas separate
The flash-gas branch ends at an open marker. No fuel use, recovery, vent control, destination or emissions reduction is modeled.
Find the rich-side filter role
This hollow envelope marks a possible filtering role only. No filter element, selected rating, solids capture or maintenance path is inside it.
Compare the exchanger sides
The original detailed shell-and-tube model is reused to show two declared glycol-side relationships. Its dimensions, duty and pass arrangement are not selected for these vessels.
Enter the still and reboiler
The original 48-part assembly has separate rich feed, overhead and lean outlet boundaries. It has no burner, heat-duty calculation, condenser or emissions treatment.
Follow the lean-return side
A cyan static route leaves the still/reboiler outlet toward the exchanger-role tube-side marker. It does not show lean concentration, temperature or a qualified connection.
Find circulation and cooling roles
The original centrifugal-pump model is reused beside a separate schematic cooler. No pump curve, driver, cooling duty, circulation or compatible service is demonstrated.
Return to the upper contactor boundary
The declared lean-return path reaches the contactor inlet region. This closes the diagram visually, not a mass balance, operating cycle, control system or built dehydration plant.

Additional primary references: U.S. EPA/GRI glycol-dehydrator study, Figure 3-1 and section 3.1: generic loop and optional flash-tank roles; checked September 27, 2026 ↗ · SLB: glycol dehydration systems and reconcentration roles; checked September 27, 2026 ↗

CONNECTED PROCESS LESSON

Follow a glycol dehydration and regeneration circuit

Original connected teaching layout using five independently authored detailed models and two schematic role envelopes. The optional flash tank, equipment scale and paths are illustrative, not a matched or operating Alberta installation.

Color and static arrows identify declared relationships only. The model has no measured flow, live plant data or industry color standard. This is not a P&ID or matched operating plant. Glycol concentration, heat and mass balance, pressure control, vent treatment, relief, shutdown, containment and actual drying results remain outside this scene.

Gas/glycol contactor

Original 258-part contactor with gas and glycol boundaries. Its tray geometry does not establish dewpoint or capacity.

Open component explorer ↗

Optional rich-glycol flash tank

Optional original 73-part vessel. Its separate gas exit does not prove recovery, destination or emissions control.

Open component explorer ↗

Glycol still and reboiler

Original 48-part still/kettle assembly. The heat-transfer markers are not a burner, utility or duty calculation.

Open component explorer ↗

Rich/lean heat-exchange role

Original 294-part exchanger reused to distinguish shell and tube paths. No selected pass arrangement, duty or compatibility.

Open component explorer ↗

Lean-glycol circulation pump

Original 90-part pump concept reused at invented scale. No curve, seal plan, motor duty or operating circulation.

Open component explorer ↗

Rich-side filter role

A schematic filtering role in the rich-glycol path. No element, micron grade or separation result.

Lean-side cooling role

A schematic lean-cooling location. No selected cooler, duty or outlet temperature.

Wet-gas feed boundary

Feed-side teaching boundary; composition, pressure and upstream conditioning outside the scene.

Treated-gas outlet boundary

Product-side teaching boundary; no measured water content, dewpoint or delivery specification.

Flash-gas handling boundary

The optional flash-gas branch ends here; no fuel, recovery, control or permitted destination.

Regenerator overhead boundary

Water-vapor-side boundary; no condenser, vent-treatment or emissions conclusion.

Read each connection.

Start and end labels are backed by the same port registry used to generate the 3D routes. Ports and routes are invented; geometric agreement is not engineering validation.

GAS

Wet gas to contactor

Wet-gas feed boundary → Gas/glycol contactor

GAS

Treated gas from contactor

Gas/glycol contactor → Treated-gas outlet boundary

RICH

Rich glycol to optional flash tank

Gas/glycol contactor → Optional rich-glycol flash tank

FLASH

Optional flash gas to boundary

Optional rich-glycol flash tank → Flash-gas handling boundary

RICH

Rich glycol to filter role

Optional rich-glycol flash tank → Rich-side filter role

RICH

Rich glycol to exchanger role

Rich-side filter role → Rich/lean heat-exchange role

RICH

Rich glycol to still

Rich/lean heat-exchange role → Glycol still and reboiler

OVERHEAD

Water vapor to open boundary

Glycol still and reboiler → Regenerator overhead boundary

LEAN

Lean glycol to exchanger

Glycol still and reboiler → Rich/lean heat-exchange role

LEAN

Lean glycol to circulation pump

Rich/lean heat-exchange role → Lean-glycol circulation pump

LEAN

Lean glycol to cooler role

Lean-glycol circulation pump → Lean-side cooling role

LEAN

Lean glycol returns to contactor

Lean-side cooling role → Gas/glycol contactor

Primary reading: U.S. EPA/GRI glycol-dehydrator study, Figure 3-1 and section 3.1: generic roles and optional flash tank; checked September 27, 2026 ↗ · SLB: glycol dehydration systems and reconcentration roles; checked September 27, 2026 ↗

ACCESSIBLE COMPONENT REFERENCE

Every part, in plain language.

Search all components ↗Model provenance ↗

Base frame

Illustrative support frame; foundations and structural design vary.

Contactor / Base anchors nut 1

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.

Contactor / Base anchors nut 2

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.

Contactor / Base anchors nut 3

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.

Contactor / Base anchors nut 4

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.

Contactor / Base anchors nut 5

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.

Contactor / Base anchors nut 6

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.

Contactor / Base anchors nut 7

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.

Contactor / Base anchors nut 8

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.

Contactor / Base anchors stud 1

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.

Contactor / Base anchors stud 2

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.

Contactor / Base anchors stud 3

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.

Contactor / Base anchors stud 4

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.

Contactor / Base anchors stud 5

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.

Contactor / Base anchors stud 6

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.

Contactor / Base anchors stud 7

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.

Contactor / Base anchors stud 8

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.

Contactor / Base anchors washer 1

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.

Contactor / Base anchors washer 2

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.

Contactor / Base anchors washer 3

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.

Contactor / Base anchors washer 4

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.

Contactor / Base anchors washer 5

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.

Contactor / Base anchors washer 6

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.

Contactor / Base anchors washer 7

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.

Contactor / Base anchors washer 8

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.

Contactor / Contactor lower head

Hollow curved lower-head concept with an annular low-end region and separate closure marker. No drain or qualified pressure boundary. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Contactor upper head

Original hollow curved upper head with a centre outlet opening. No standard head shape, stress or pressure rating. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Contactor vessel wall

Hollow vertical enclosure with actual side-connection and manway openings. Invented thickness and geometry; no pressure vessel qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Dry-gas outlet flange

Separate bored upper flange with eight geometric stud holes. No rated outlet. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Dry-gas outlet joint nut 1

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.

Contactor / Dry-gas outlet joint nut 2

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.

Contactor / Dry-gas outlet joint nut 3

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.

Contactor / Dry-gas outlet joint nut 4

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.

Contactor / Dry-gas outlet joint nut 5

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.

Contactor / Dry-gas outlet joint nut 6

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.

Contactor / Dry-gas outlet joint nut 7

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.

Contactor / Dry-gas outlet joint nut 8

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.

Contactor / Dry-gas outlet joint stud 1

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.

Contactor / Dry-gas outlet joint stud 2

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.

Contactor / Dry-gas outlet joint stud 3

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.

Contactor / Dry-gas outlet joint stud 4

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.

Contactor / Dry-gas outlet joint stud 5

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.

Contactor / Dry-gas outlet joint stud 6

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.

Contactor / Dry-gas outlet joint stud 7

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.

Contactor / Dry-gas outlet joint stud 8

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.

Contactor / Dry-gas outlet joint washer 1

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.

Contactor / Dry-gas outlet joint washer 2

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.

Contactor / Dry-gas outlet joint washer 3

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.

Contactor / Dry-gas outlet joint washer 4

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.

Contactor / Dry-gas outlet joint washer 5

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.

Contactor / Dry-gas outlet joint washer 6

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.

Contactor / Dry-gas outlet joint washer 7

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.

Contactor / Dry-gas outlet joint washer 8

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.

Contactor / Dry-gas outlet neck

Hollow top boundary labelled for the conceptual gas outlet. No dewpoint, water specification or pipeline-quality result. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Instrument boundary flange

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.

Contactor / Instrument boundary joint nut 1

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.

Contactor / Instrument boundary joint nut 2

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.

Contactor / Instrument boundary joint nut 3

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.

Contactor / Instrument boundary joint nut 4

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.

Contactor / Instrument boundary joint nut 5

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.

Contactor / Instrument boundary joint nut 6

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.

Contactor / Instrument boundary joint nut 7

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.

Contactor / Instrument boundary joint nut 8

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.

Contactor / Instrument boundary joint stud 1

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.

Contactor / Instrument boundary joint stud 2

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.

Contactor / Instrument boundary joint stud 3

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.

Contactor / Instrument boundary joint stud 4

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.

Contactor / Instrument boundary joint stud 5

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.

Contactor / Instrument boundary joint stud 6

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.

Contactor / Instrument boundary joint stud 7

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.

Contactor / Instrument boundary joint stud 8

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.

Contactor / Instrument boundary joint washer 1

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.

Contactor / Instrument boundary joint washer 2

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.

Contactor / Instrument boundary joint washer 3

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.

Contactor / Instrument boundary joint washer 4

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.

Contactor / Instrument boundary joint washer 5

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.

Contactor / Instrument boundary joint washer 6

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.

Contactor / Instrument boundary joint washer 7

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.

Contactor / Instrument boundary joint washer 8

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.

Contactor / Instrument boundary neck

Separate hollow instrument boundary boundary. No flow, connected piping, composition or destination qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Lean-glycol inlet flange

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.

Contactor / Lean-glycol inlet joint nut 1

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.

Contactor / Lean-glycol inlet joint nut 2

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.

Contactor / Lean-glycol inlet joint nut 3

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.

Contactor / Lean-glycol inlet joint nut 4

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.

Contactor / Lean-glycol inlet joint nut 5

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.

Contactor / Lean-glycol inlet joint nut 6

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.

Contactor / Lean-glycol inlet joint nut 7

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.

Contactor / Lean-glycol inlet joint nut 8

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.

Contactor / Lean-glycol inlet joint stud 1

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.

Contactor / Lean-glycol inlet joint stud 2

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.

Contactor / Lean-glycol inlet joint stud 3

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.

Contactor / Lean-glycol inlet joint stud 4

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.

Contactor / Lean-glycol inlet joint stud 5

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.

Contactor / Lean-glycol inlet joint stud 6

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.

Contactor / Lean-glycol inlet joint stud 7

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.

Contactor / Lean-glycol inlet joint stud 8

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.

Contactor / Lean-glycol inlet joint washer 1

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.

Contactor / Lean-glycol inlet joint washer 2

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.

Contactor / Lean-glycol inlet joint washer 3

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.

Contactor / Lean-glycol inlet joint washer 4

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.

Contactor / Lean-glycol inlet joint washer 5

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.

Contactor / Lean-glycol inlet joint washer 6

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.

Contactor / Lean-glycol inlet joint washer 7

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.

Contactor / Lean-glycol inlet joint washer 8

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.

Contactor / Lean-glycol inlet neck

Separate hollow lean-glycol inlet boundary. No flow, connected piping, composition or destination qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Lower circumferential seam

Separate geometric seam marker. No fabrication or rated joint. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Lower-head closure marker

Static solid low-end closure marker. No drain, nozzle attachment or rated fabrication. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Manway cover

Solid closed cover with actual fastener holes. Reveal is a visual aid, not permission or procedure to open equipment. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Manway flange

Separate manway flange with eight actual stud bores. No rated closure. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Manway gasket marker

Separate annular gasket marker with actual matching holes. No material, compression or qualified sealing. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Manway joint nut 1

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.

Contactor / Manway joint nut 2

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.

Contactor / Manway joint nut 3

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.

Contactor / Manway joint nut 4

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.

Contactor / Manway joint nut 5

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.

Contactor / Manway joint nut 6

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.

Contactor / Manway joint nut 7

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.

Contactor / Manway joint nut 8

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.

Contactor / Manway joint stud 1

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.

Contactor / Manway joint stud 2

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.

Contactor / Manway joint stud 3

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.

Contactor / Manway joint stud 4

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.

Contactor / Manway joint stud 5

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.

Contactor / Manway joint stud 6

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.

Contactor / Manway joint stud 7

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.

Contactor / Manway joint stud 8

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.

Contactor / Manway joint washer 1

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.

Contactor / Manway joint washer 2

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.

Contactor / Manway joint washer 3

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.

Contactor / Manway joint washer 4

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.

Contactor / Manway joint washer 5

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.

Contactor / Manway joint washer 6

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.

Contactor / Manway joint washer 7

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.

Contactor / Manway joint washer 8

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.

Contactor / Manway neck

Hollow access-boundary marker. Its geometric opening supplies no entry or work procedure. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Rich-glycol outlet flange

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.

Contactor / Rich-glycol outlet joint nut 1

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.

Contactor / Rich-glycol outlet joint nut 2

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.

Contactor / Rich-glycol outlet joint nut 3

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.

Contactor / Rich-glycol outlet joint nut 4

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.

Contactor / Rich-glycol outlet joint nut 5

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.

Contactor / Rich-glycol outlet joint nut 6

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.

Contactor / Rich-glycol outlet joint nut 7

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.

Contactor / Rich-glycol outlet joint nut 8

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.

Contactor / Rich-glycol outlet joint stud 1

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.

Contactor / Rich-glycol outlet joint stud 2

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.

Contactor / Rich-glycol outlet joint stud 3

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.

Contactor / Rich-glycol outlet joint stud 4

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.

Contactor / Rich-glycol outlet joint stud 5

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.

Contactor / Rich-glycol outlet joint stud 6

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.

Contactor / Rich-glycol outlet joint stud 7

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.

Contactor / Rich-glycol outlet joint stud 8

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.

Contactor / Rich-glycol outlet joint washer 1

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.

Contactor / Rich-glycol outlet joint washer 2

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.

Contactor / Rich-glycol outlet joint washer 3

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.

Contactor / Rich-glycol outlet joint washer 4

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.

Contactor / Rich-glycol outlet joint washer 5

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.

Contactor / Rich-glycol outlet joint washer 6

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.

Contactor / Rich-glycol outlet joint washer 7

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.

Contactor / Rich-glycol outlet joint washer 8

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.

Contactor / Rich-glycol outlet neck

Separate hollow rich-glycol outlet boundary. No flow, connected piping, composition or destination qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Skirt base ring

Annular base marker with eight actual anchor holes. No foundation or structural qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Support skirt

Hollow support marker below the lower head. No anchorage, load or foundation design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Tray 1 cap 1 lid

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.

Contactor / Tray 1 cap 1 riser

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.

Contactor / Tray 1 cap 1 slotted skirt

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.

Contactor / Tray 1 cap 2 lid

Contactor / Tray 1 cap 2 riser

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.

Contactor / Tray 1 cap 2 slotted skirt

Contactor / Tray 1 cap 3 lid

Contactor / Tray 1 cap 3 riser

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.

Contactor / Tray 1 cap 3 slotted skirt

Contactor / Tray 1 cap 4 lid

Contactor / Tray 1 cap 4 riser

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.

Contactor / Tray 1 cap 4 slotted skirt

Contactor / Tray 1 deck

Separate tray deck with four actual riser holes and one side downcomer opening. Invented spacing, no contacting efficiency or hydraulic design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Tray 1 downcomer wall

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.

Contactor / Tray 1 overflow weir

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.

Contactor / Tray 1 support 1

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.

Contactor / Tray 1 support -1

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.

Contactor / Tray 2 cap 1 lid

Contactor / Tray 2 cap 1 riser

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.

Contactor / Tray 2 cap 1 slotted skirt

Contactor / Tray 2 cap 2 lid

Contactor / Tray 2 cap 2 riser

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.

Contactor / Tray 2 cap 2 slotted skirt

Contactor / Tray 2 cap 3 lid

Contactor / Tray 2 cap 3 riser

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.

Contactor / Tray 2 cap 3 slotted skirt

Contactor / Tray 2 cap 4 lid

Contactor / Tray 2 cap 4 riser

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.

Contactor / Tray 2 cap 4 slotted skirt

Contactor / Tray 2 deck

Contactor / Tray 2 downcomer wall

Contactor / Tray 2 overflow weir

Contactor / Tray 2 support 1

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.

Contactor / Tray 2 support -1

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.

Contactor / Tray 3 cap 1 lid

Contactor / Tray 3 cap 1 riser

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.

Contactor / Tray 3 cap 1 slotted skirt

Contactor / Tray 3 cap 2 lid

Contactor / Tray 3 cap 2 riser

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.

Contactor / Tray 3 cap 2 slotted skirt

Contactor / Tray 3 cap 3 lid

Contactor / Tray 3 cap 3 riser

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.

Contactor / Tray 3 cap 3 slotted skirt

Contactor / Tray 3 cap 4 lid

Contactor / Tray 3 cap 4 riser

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.

Contactor / Tray 3 cap 4 slotted skirt

Contactor / Tray 3 deck

Contactor / Tray 3 downcomer wall

Contactor / Tray 3 overflow weir

Contactor / Tray 3 support 1

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.

Contactor / Tray 3 support -1

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.

Contactor / Tray 4 cap 1 lid

Contactor / Tray 4 cap 1 riser

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.

Contactor / Tray 4 cap 1 slotted skirt

Contactor / Tray 4 cap 2 lid

Contactor / Tray 4 cap 2 riser

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.

Contactor / Tray 4 cap 2 slotted skirt

Contactor / Tray 4 cap 3 lid

Contactor / Tray 4 cap 3 riser

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.

Contactor / Tray 4 cap 3 slotted skirt

Contactor / Tray 4 cap 4 lid

Contactor / Tray 4 cap 4 riser

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.

Contactor / Tray 4 cap 4 slotted skirt

Contactor / Tray 4 deck

Contactor / Tray 4 downcomer wall

Contactor / Tray 4 overflow weir

Contactor / Tray 4 support 1

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.

Contactor / Tray 4 support -1

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.

Contactor / Upper circumferential seam

Separate geometric seam marker. No weld preparation or examination result. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Contactor / Wet-gas inlet flange

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.

Contactor / Wet-gas inlet joint nut 1

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.

Contactor / Wet-gas inlet joint nut 2

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.

Contactor / Wet-gas inlet joint nut 3

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.

Contactor / Wet-gas inlet joint nut 4

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.

Contactor / Wet-gas inlet joint nut 5

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.

Contactor / Wet-gas inlet joint nut 6

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.

Contactor / Wet-gas inlet joint nut 7

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.

Contactor / Wet-gas inlet joint nut 8

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.

Contactor / Wet-gas inlet joint stud 1

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.

Contactor / Wet-gas inlet joint stud 2

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.

Contactor / Wet-gas inlet joint stud 3

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.

Contactor / Wet-gas inlet joint stud 4

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.

Contactor / Wet-gas inlet joint stud 5

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.

Contactor / Wet-gas inlet joint stud 6

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.

Contactor / Wet-gas inlet joint stud 7

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.

Contactor / Wet-gas inlet joint stud 8

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.

Contactor / Wet-gas inlet joint washer 1

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.

Contactor / Wet-gas inlet joint washer 2

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.

Contactor / Wet-gas inlet joint washer 3

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.

Contactor / Wet-gas inlet joint washer 4

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.

Contactor / Wet-gas inlet joint washer 5

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.

Contactor / Wet-gas inlet joint washer 6

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.

Contactor / Wet-gas inlet joint washer 7

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.

Contactor / Wet-gas inlet joint washer 8

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.

Contactor / Wet-gas inlet neck

Separate hollow wet-gas inlet boundary. No flow, connected piping, composition or destination qualification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Optional flash tank / Base frame

Illustrative support frame; foundations and structural design vary. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Optional flash tank / Closed access bored flange

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.

Optional flash tank / Closed access gasket location

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.

Optional flash tank / Closed access hollow neck

Open, independent closed access 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.

Optional flash tank / Closed access smooth stud 1

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.

Optional flash tank / Closed access smooth stud 2

Optional flash tank / Closed access smooth stud 3

Optional flash tank / Closed access smooth stud 4

Optional flash tank / Closed access smooth stud 5

Optional flash tank / Closed access smooth stud 6

Optional flash tank / Closed access smooth stud 7

Optional flash tank / Closed access smooth stud 8

Optional flash tank / Closed access solid cover

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.

Optional flash tank / Diverter support 1

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.

Optional flash tank / Diverter support 2

Optional flash tank / Flash-gas outlet bored flange

Optional flash tank / Flash-gas outlet hollow neck

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.

Optional flash tank / Flash-tank dished head 1

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.

Optional flash tank / Flash-tank dished head -1

Optional flash tank / Flash-tank hollow vessel wall

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.

Optional flash tank / Head seam marker 1

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.

Optional flash tank / Head seam marker -1

Optional flash tank / Illustrative liquid interface

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.

Optional flash tank / Inlet impact diverter

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.

Optional flash tank / Lower level tapping bored ring

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.

Optional flash tank / Lower level tapping hollow neck

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.

Optional flash tank / Mist cross member 1

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.

Optional flash tank / Mist cross member 2

Optional flash tank / Mist cross member 3

Optional flash tank / Mist cross member 4

Optional flash tank / Mist cross member 5

Optional flash tank / Mist lattice layer 1 member 1

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.

Optional flash tank / Mist lattice layer 1 member 2

Optional flash tank / Mist lattice layer 1 member 3

Optional flash tank / Mist lattice layer 1 member 4

Optional flash tank / Mist lattice layer 1 member 5

Optional flash tank / Mist lattice layer 1 member 6

Optional flash tank / Mist lattice layer 1 member 7

Optional flash tank / Mist lattice layer 1 member 8

Optional flash tank / Mist lattice layer 1 member 9

Optional flash tank / Mist lattice layer 2 member 1

Optional flash tank / Mist lattice layer 2 member 2

Optional flash tank / Mist lattice layer 2 member 3

Optional flash tank / Mist lattice layer 2 member 4

Optional flash tank / Mist lattice layer 2 member 5

Optional flash tank / Mist lattice layer 2 member 6

Optional flash tank / Mist lattice layer 2 member 7

Optional flash tank / Mist lattice layer 2 member 8

Optional flash tank / Mist lattice layer 2 member 9

Optional flash tank / Mist lattice layer 3 member 1

Optional flash tank / Mist lattice layer 3 member 2

Optional flash tank / Mist lattice layer 3 member 3

Optional flash tank / Mist lattice layer 3 member 4

Optional flash tank / Mist lattice layer 3 member 5

Optional flash tank / Mist lattice layer 3 member 6

Optional flash tank / Mist lattice layer 3 member 7

Optional flash tank / Mist lattice layer 3 member 8

Optional flash tank / Mist lattice layer 3 member 9

Optional flash tank / Open mist-region support ring

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.

Optional flash tank / Outlet breaker cross A

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.

Optional flash tank / Outlet breaker cross B

Second cross marker; no verified hydraulic behavior. 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.

Optional flash tank / Pressure tapping bored ring

Optional flash tank / Pressure tapping hollow neck

Optional flash tank / Rich-glycol inlet bored flange

Optional flash tank / Rich-glycol inlet hollow neck

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.

Optional flash tank / Rich-glycol outlet bored flange

Optional flash tank / Rich-glycol outlet hollow neck

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.

Optional flash tank / Saddle 1

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.

Optional flash tank / Saddle 2

Optional flash tank / Saddle foot 1

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.

Optional flash tank / Saddle foot 2

Optional flash tank / Upper level tapping bored ring

Optional flash tank / Upper level tapping hollow neck

Still and reboiler / Base frame

Illustrative support frame; foundations and structural design vary. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Still and reboiler / Heat-region end marker 1

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.

Still and reboiler / Heat-region end marker 2

Still and reboiler / Heat-transfer region marker 1

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.

Still and reboiler / Heat-transfer region marker 2

Still and reboiler / Heat-transfer region marker 3

Still and reboiler / Illustrative instrument tap bored termination

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.

Still and reboiler / Illustrative instrument tap hollow neck

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.

Still and reboiler / Illustrative reboiler liquid region

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.

Still and reboiler / Kettle head seam 1

Illustrative closure location only. 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.

Still and reboiler / Kettle head seam -1

Still and reboiler / Kettle saddle 1

Illustrative saddle; no load or foundation 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.

Still and reboiler / Kettle saddle 2

Still and reboiler / Kettle saddle foot 1

Separate support attachment marker. 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.

Still and reboiler / Kettle saddle foot 2

Still and reboiler / Lean-glycol outlet bored termination

Still and reboiler / Lean-glycol outlet hollow neck

Open lean-glycol outlet 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.

Still and reboiler / Reboiler dished head 1

Still and reboiler / Reboiler dished head -1

Still and reboiler / Reboiler hollow kettle wall

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.

Still and reboiler / Rich-glycol feed bored termination

Still and reboiler / Rich-glycol feed hollow neck

Open rich-glycol feed 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.

Still and reboiler / Still downflow location 1

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.

Still and reboiler / Still downflow location 2

Still and reboiler / Still downflow location 3

Still and reboiler / Still hollow column wall

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.

Still and reboiler / Still region 1 crossbar 1

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.

Still and reboiler / Still region 1 crossbar 2

Still and reboiler / Still region 1 crossbar 3

Still and reboiler / Still region 1 crossbar 4

Still and reboiler / Still region 1 crossbar 5

Still and reboiler / Still region 1 perimeter

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.

Still and reboiler / Still region 2 crossbar 1

Still and reboiler / Still region 2 crossbar 2

Still and reboiler / Still region 2 crossbar 3

Still and reboiler / Still region 2 crossbar 4

Still and reboiler / Still region 2 crossbar 5

Still and reboiler / Still region 2 perimeter

Still and reboiler / Still region 3 crossbar 1

Still and reboiler / Still region 3 crossbar 2

Still and reboiler / Still region 3 crossbar 3

Still and reboiler / Still region 3 crossbar 4

Still and reboiler / Still region 3 crossbar 5

Still and reboiler / Still region 3 perimeter

Still and reboiler / Still top plate

Illustrative top closure with actual overhead opening. 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.

Still and reboiler / Still-to-kettle location ring

Joint location only; no weld, seal or structural qualification. 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.

Still and reboiler / Water-vapor overhead bored termination

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.

Still and reboiler / Water-vapor overhead hollow neck

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.

Rich/lean exchanger / Bundle tie rod 1

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.

Rich/lean exchanger / Bundle tie rod 2

Rich/lean exchanger / Bundle tie rod 3

Rich/lean exchanger / Bundle tie rod 4

Rich/lean exchanger / Hollow tube 1

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.

Rich/lean exchanger / Hollow tube 2

Rich/lean exchanger / Hollow tube 3

Rich/lean exchanger / Hollow tube 4

Rich/lean exchanger / Hollow tube 5

Rich/lean exchanger / Hollow tube 6

Rich/lean exchanger / Hollow tube 7

Rich/lean exchanger / Hollow tube 8

Rich/lean exchanger / Hollow tube 9

Rich/lean exchanger / Hollow tube 10

Rich/lean exchanger / Hollow tube 11

Rich/lean exchanger / Hollow tube 12

Rich/lean exchanger / Hollow tube 13

Rich/lean exchanger / Hollow tube 14

Rich/lean exchanger / Hollow tube 15

Rich/lean exchanger / Hollow tube 16

Rich/lean exchanger / Hollow tube 17

Rich/lean exchanger / Hollow tube 18

Rich/lean exchanger / Hollow tube 19

Rich/lean exchanger / Hollow tube 20

Rich/lean exchanger / Hollow tube 21

Rich/lean exchanger / Left body stud 1

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.

Rich/lean exchanger / Left body stud 2

Rich/lean exchanger / Left body stud 3

Rich/lean exchanger / Left body stud 4

Rich/lean exchanger / Left body stud 5

Rich/lean exchanger / Left body stud 6

Rich/lean exchanger / Left body stud 7

Rich/lean exchanger / Left body stud 8

Rich/lean exchanger / Left body stud 9

Rich/lean exchanger / Left body stud 10

Rich/lean exchanger / Left body stud 11

Rich/lean exchanger / Left body stud 12

Rich/lean exchanger / Left channel gasket

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.

Rich/lean exchanger / Left channel head

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.

Rich/lean exchanger / Left channel joint flange

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.

Rich/lean exchanger / Left channel nut 1

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.

Rich/lean exchanger / Left channel nut 2

Rich/lean exchanger / Left channel nut 3

Rich/lean exchanger / Left channel nut 4

Rich/lean exchanger / Left channel nut 5

Rich/lean exchanger / Left channel nut 6

Rich/lean exchanger / Left channel nut 7

Rich/lean exchanger / Left channel nut 8

Rich/lean exchanger / Left channel nut 9

Rich/lean exchanger / Left channel nut 10

Rich/lean exchanger / Left channel nut 11

Rich/lean exchanger / Left channel nut 12

Rich/lean exchanger / Left channel washer 1

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.

Rich/lean exchanger / Left channel washer 2

Rich/lean exchanger / Left channel washer 3

Rich/lean exchanger / Left channel washer 4

Rich/lean exchanger / Left channel washer 5

Rich/lean exchanger / Left channel washer 6

Rich/lean exchanger / Left channel washer 7

Rich/lean exchanger / Left channel washer 8

Rich/lean exchanger / Left channel washer 9

Rich/lean exchanger / Left channel washer 10

Rich/lean exchanger / Left channel washer 11

Rich/lean exchanger / Left channel washer 12

Rich/lean exchanger / Left end channel

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.

Rich/lean exchanger / Left shell gasket

Rich/lean exchanger / Left shell joint flange

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.

Rich/lean exchanger / Left shell nut 1

Rich/lean exchanger / Left shell nut 2

Rich/lean exchanger / Left shell nut 3

Rich/lean exchanger / Left shell nut 4

Rich/lean exchanger / Left shell nut 5

Rich/lean exchanger / Left shell nut 6

Rich/lean exchanger / Left shell nut 7

Rich/lean exchanger / Left shell nut 8

Rich/lean exchanger / Left shell nut 9

Rich/lean exchanger / Left shell nut 10

Rich/lean exchanger / Left shell nut 11

Rich/lean exchanger / Left shell nut 12

Rich/lean exchanger / Left shell washer 1

Rich/lean exchanger / Left shell washer 2

Rich/lean exchanger / Left shell washer 3

Rich/lean exchanger / Left shell washer 4

Rich/lean exchanger / Left shell washer 5

Rich/lean exchanger / Left shell washer 6

Rich/lean exchanger / Left shell washer 7

Rich/lean exchanger / Left shell washer 8

Rich/lean exchanger / Left shell washer 9

Rich/lean exchanger / Left shell washer 10

Rich/lean exchanger / Left shell washer 11

Rich/lean exchanger / Left shell washer 12

Rich/lean exchanger / Left tie nut 1

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.

Rich/lean exchanger / Left tie nut 2

Rich/lean exchanger / Left tie nut 3

Rich/lean exchanger / Left tie nut 4

Rich/lean exchanger / Left tie washer 1

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.

Rich/lean exchanger / Left tie washer 2

Rich/lean exchanger / Left tie washer 3

Rich/lean exchanger / Left tie washer 4

Rich/lean exchanger / Left tube sheet

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.

Rich/lean exchanger / Right body stud 1

Rich/lean exchanger / Right body stud 2

Rich/lean exchanger / Right body stud 3

Rich/lean exchanger / Right body stud 4

Rich/lean exchanger / Right body stud 5

Rich/lean exchanger / Right body stud 6

Rich/lean exchanger / Right body stud 7

Rich/lean exchanger / Right body stud 8

Rich/lean exchanger / Right body stud 9

Rich/lean exchanger / Right body stud 10

Rich/lean exchanger / Right body stud 11

Rich/lean exchanger / Right body stud 12

Rich/lean exchanger / Right channel gasket

Rich/lean exchanger / Right channel head

Rich/lean exchanger / Right channel joint flange

Rich/lean exchanger / Right channel nut 1

Rich/lean exchanger / Right channel nut 2

Rich/lean exchanger / Right channel nut 3

Rich/lean exchanger / Right channel nut 4

Rich/lean exchanger / Right channel nut 5

Rich/lean exchanger / Right channel nut 6

Rich/lean exchanger / Right channel nut 7

Rich/lean exchanger / Right channel nut 8

Rich/lean exchanger / Right channel nut 9

Rich/lean exchanger / Right channel nut 10

Rich/lean exchanger / Right channel nut 11

Rich/lean exchanger / Right channel nut 12

Rich/lean exchanger / Right channel washer 1

Rich/lean exchanger / Right channel washer 2

Rich/lean exchanger / Right channel washer 3

Rich/lean exchanger / Right channel washer 4

Rich/lean exchanger / Right channel washer 5

Rich/lean exchanger / Right channel washer 6

Rich/lean exchanger / Right channel washer 7

Rich/lean exchanger / Right channel washer 8

Rich/lean exchanger / Right channel washer 9

Rich/lean exchanger / Right channel washer 10

Rich/lean exchanger / Right channel washer 11

Rich/lean exchanger / Right channel washer 12

Rich/lean exchanger / Right end channel

Rich/lean exchanger / Right shell gasket

Rich/lean exchanger / Right shell joint flange

Rich/lean exchanger / Right shell nut 1

Rich/lean exchanger / Right shell nut 2

Rich/lean exchanger / Right shell nut 3

Rich/lean exchanger / Right shell nut 4

Rich/lean exchanger / Right shell nut 5

Rich/lean exchanger / Right shell nut 6

Rich/lean exchanger / Right shell nut 7

Rich/lean exchanger / Right shell nut 8

Rich/lean exchanger / Right shell nut 9

Rich/lean exchanger / Right shell nut 10

Rich/lean exchanger / Right shell nut 11

Rich/lean exchanger / Right shell nut 12

Rich/lean exchanger / Right shell washer 1

Rich/lean exchanger / Right shell washer 2

Rich/lean exchanger / Right shell washer 3

Rich/lean exchanger / Right shell washer 4

Rich/lean exchanger / Right shell washer 5

Rich/lean exchanger / Right shell washer 6

Rich/lean exchanger / Right shell washer 7

Rich/lean exchanger / Right shell washer 8

Rich/lean exchanger / Right shell washer 9

Rich/lean exchanger / Right shell washer 10

Rich/lean exchanger / Right shell washer 11

Rich/lean exchanger / Right shell washer 12

Rich/lean exchanger / Right tie nut 1

Rich/lean exchanger / Right tie nut 2

Rich/lean exchanger / Right tie nut 3

Rich/lean exchanger / Right tie nut 4

Rich/lean exchanger / Right tie washer 1

Rich/lean exchanger / Right tie washer 2

Rich/lean exchanger / Right tie washer 3

Rich/lean exchanger / Right tie washer 4

Rich/lean exchanger / Right tube sheet

Rich/lean exchanger / Saddle 1.5

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.

Rich/lean exchanger / Saddle -1.5

Rich/lean exchanger / Saddle foot 1.5

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.

Rich/lean exchanger / Saddle foot -1.5

Rich/lean exchanger / Saddle leg 1.5 / 0.52

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.

Rich/lean exchanger / Saddle leg 1.5 / -0.52

Rich/lean exchanger / Saddle leg -1.5 / 0.52

Rich/lean exchanger / Saddle leg -1.5 / -0.52

Rich/lean exchanger / Segmental baffle 1

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.

Rich/lean exchanger / Segmental baffle 2

Rich/lean exchanger / Segmental baffle 3

Rich/lean exchanger / Segmental baffle 4

Rich/lean exchanger / Segmental baffle 5

Rich/lean exchanger / Segmental baffle 6

Rich/lean exchanger / Shell

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.

Rich/lean exchanger / Shell-side inlet

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.

Rich/lean exchanger / Shell-side inlet flange

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.

Rich/lean exchanger / Shell-side inlet gasket

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.

Rich/lean exchanger / Shell-side inlet nut 1

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.

Rich/lean exchanger / Shell-side inlet nut 2

Rich/lean exchanger / Shell-side inlet nut 3

Rich/lean exchanger / Shell-side inlet nut 4

Rich/lean exchanger / Shell-side inlet nut 5

Rich/lean exchanger / Shell-side inlet nut 6

Rich/lean exchanger / Shell-side inlet stud 1

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.

Rich/lean exchanger / Shell-side inlet stud 2

Rich/lean exchanger / Shell-side inlet stud 3

Rich/lean exchanger / Shell-side inlet stud 4

Rich/lean exchanger / Shell-side inlet stud 5

Rich/lean exchanger / Shell-side inlet stud 6

Rich/lean exchanger / Shell-side inlet washer 1

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.

Rich/lean exchanger / Shell-side inlet washer 2

Rich/lean exchanger / Shell-side inlet washer 3

Rich/lean exchanger / Shell-side inlet washer 4

Rich/lean exchanger / Shell-side inlet washer 5

Rich/lean exchanger / Shell-side inlet washer 6

Rich/lean exchanger / Shell-side outlet

Rich/lean exchanger / Shell-side outlet flange

Rich/lean exchanger / Shell-side outlet gasket

Rich/lean exchanger / Shell-side outlet nut 1

Rich/lean exchanger / Shell-side outlet nut 2

Rich/lean exchanger / Shell-side outlet nut 3

Rich/lean exchanger / Shell-side outlet nut 4

Rich/lean exchanger / Shell-side outlet nut 5

Rich/lean exchanger / Shell-side outlet nut 6

Rich/lean exchanger / Shell-side outlet stud 1

Rich/lean exchanger / Shell-side outlet stud 2

Rich/lean exchanger / Shell-side outlet stud 3

Rich/lean exchanger / Shell-side outlet stud 4

Rich/lean exchanger / Shell-side outlet stud 5

Rich/lean exchanger / Shell-side outlet stud 6

Rich/lean exchanger / Shell-side outlet washer 1

Rich/lean exchanger / Shell-side outlet washer 2

Rich/lean exchanger / Shell-side outlet washer 3

Rich/lean exchanger / Shell-side outlet washer 4

Rich/lean exchanger / Shell-side outlet washer 5

Rich/lean exchanger / Shell-side outlet washer 6

Rich/lean exchanger / Tie rod 1 spacer 1

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.

Rich/lean exchanger / Tie rod 1 spacer 2

Rich/lean exchanger / Tie rod 1 spacer 3

Rich/lean exchanger / Tie rod 1 spacer 4

Rich/lean exchanger / Tie rod 1 spacer 5

Rich/lean exchanger / Tie rod 2 spacer 1

Rich/lean exchanger / Tie rod 2 spacer 2

Rich/lean exchanger / Tie rod 2 spacer 3

Rich/lean exchanger / Tie rod 2 spacer 4

Rich/lean exchanger / Tie rod 2 spacer 5

Rich/lean exchanger / Tie rod 3 spacer 1

Rich/lean exchanger / Tie rod 3 spacer 2

Rich/lean exchanger / Tie rod 3 spacer 3

Rich/lean exchanger / Tie rod 3 spacer 4

Rich/lean exchanger / Tie rod 3 spacer 5

Rich/lean exchanger / Tie rod 4 spacer 1

Rich/lean exchanger / Tie rod 4 spacer 2

Rich/lean exchanger / Tie rod 4 spacer 3

Rich/lean exchanger / Tie rod 4 spacer 4

Rich/lean exchanger / Tie rod 4 spacer 5

Rich/lean exchanger / Tube-side inlet

Rich/lean exchanger / Tube-side inlet flange

Rich/lean exchanger / Tube-side inlet gasket

Rich/lean exchanger / Tube-side inlet nut 1

Rich/lean exchanger / Tube-side inlet nut 2

Rich/lean exchanger / Tube-side inlet nut 3

Rich/lean exchanger / Tube-side inlet nut 4

Rich/lean exchanger / Tube-side inlet nut 5

Rich/lean exchanger / Tube-side inlet nut 6

Rich/lean exchanger / Tube-side inlet stud 1

Rich/lean exchanger / Tube-side inlet stud 2

Rich/lean exchanger / Tube-side inlet stud 3

Rich/lean exchanger / Tube-side inlet stud 4

Rich/lean exchanger / Tube-side inlet stud 5

Rich/lean exchanger / Tube-side inlet stud 6

Rich/lean exchanger / Tube-side inlet washer 1

Rich/lean exchanger / Tube-side inlet washer 2

Rich/lean exchanger / Tube-side inlet washer 3

Rich/lean exchanger / Tube-side inlet washer 4

Rich/lean exchanger / Tube-side inlet washer 5

Rich/lean exchanger / Tube-side inlet washer 6

Rich/lean exchanger / Tube-side outlet

Rich/lean exchanger / Tube-side outlet flange

Rich/lean exchanger / Tube-side outlet gasket

Rich/lean exchanger / Tube-side outlet nut 1

Rich/lean exchanger / Tube-side outlet nut 2

Rich/lean exchanger / Tube-side outlet nut 3

Rich/lean exchanger / Tube-side outlet nut 4

Rich/lean exchanger / Tube-side outlet nut 5

Rich/lean exchanger / Tube-side outlet nut 6

Rich/lean exchanger / Tube-side outlet stud 1

Rich/lean exchanger / Tube-side outlet stud 2

Rich/lean exchanger / Tube-side outlet stud 3

Rich/lean exchanger / Tube-side outlet stud 4

Rich/lean exchanger / Tube-side outlet stud 5

Rich/lean exchanger / Tube-side outlet stud 6

Rich/lean exchanger / Tube-side outlet washer 1

Rich/lean exchanger / Tube-side outlet washer 2

Rich/lean exchanger / Tube-side outlet washer 3

Rich/lean exchanger / Tube-side outlet washer 4

Rich/lean exchanger / Tube-side outlet washer 5

Rich/lean exchanger / Tube-side outlet washer 6

Lean pump / Base frame

Illustrative support frame; foundations and structural design vary. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Bearing ball 0.35 / 1

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.

Lean pump / Bearing ball 0.35 / 2

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.

Lean pump / Bearing ball 0.35 / 3

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.

Lean pump / Bearing ball 0.35 / 4

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.

Lean pump / Bearing ball 0.35 / 5

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.

Lean pump / Bearing ball 0.35 / 6

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.

Lean pump / Bearing ball 0.35 / 7

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.

Lean pump / Bearing ball 0.35 / 8

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.

Lean pump / Bearing ball 0.35 / 9

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.

Lean pump / Bearing ball 0.35 / 10

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.

Lean pump / Bearing ball -0.15 / 1

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.

Lean pump / Bearing ball -0.15 / 2

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.

Lean pump / Bearing ball -0.15 / 3

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.

Lean pump / Bearing ball -0.15 / 4

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.

Lean pump / Bearing ball -0.15 / 5

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.

Lean pump / Bearing ball -0.15 / 6

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.

Lean pump / Bearing ball -0.15 / 7

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.

Lean pump / Bearing ball -0.15 / 8

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.

Lean pump / Bearing ball -0.15 / 9

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.

Lean pump / Bearing ball -0.15 / 10

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.

Lean pump / Bearing housing

Generic bearing enclosure; lubrication passages are omitted. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Bearing outer race 0.35

Generic stationary outer bearing race, without load rating or lubrication design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Bearing outer race -0.15

Generic stationary outer bearing race, without load rating or lubrication design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Bearing pedestal

Supports the bearing housing beneath the shaft line. Foundation and alignment details are not specified. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Casing foot

Illustrative low attachment beneath the casing. This foot stays clear of the impeller envelope; foundation loads are not designed. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Casing wear ring

Conceptual stationary clearance ring at the suction eye. No clearance or wear limit is specified. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Coupling guard

Simplified removable guard around the coupling; not a certified guarding design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Discharge outlet

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Discharge outlet fastener 1

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.

Lean pump / Discharge outlet fastener 2

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.

Lean pump / Discharge outlet fastener 3

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.

Lean pump / Discharge outlet fastener 4

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.

Lean pump / Discharge outlet fastener 5

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.

Lean pump / Discharge outlet fastener 6

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.

Lean pump / Discharge outlet fastener 7

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.

Lean pump / Discharge outlet fastener 8

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.

Lean pump / Discharge outlet flange

Illustrative flange ring, with no rated facing or bolt specification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Drive-side casing cover

Encloses a side of the volute; this generic cover has a geometric central bore. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Bearing inner race 0.35

Generic shaft-side race. Bearing performance and fits are not specified. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Bearing inner race -0.15

Generic shaft-side race. Bearing performance and fits are not specified. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Curved impeller vane 1

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.

Lean pump / Curved impeller vane 2

Lean pump / Curved impeller vane 3

Lean pump / Curved impeller vane 4

Lean pump / Curved impeller vane 5

Lean pump / Curved impeller vane 6

Lean pump / Curved impeller vane 7

Lean pump / Flexible coupling element

Generic flexible-element position between coupling halves. No elastomer specification or torque capacity. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Impeller back shroud

Back plate bounds the impeller flow passages. Thickness and contour are illustrative. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Impeller front shroud

Front plate of this closed-impeller concept. Reveal internals hides it to expose the vanes. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Impeller hub

Connects the impeller assembly around the shaft. Keying and fit are illustrative. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Motor coupling half

Conceptual motor-side coupling half. No alignment procedure is supplied. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Motor rotor marker

Simple drive rotor marker; windings, magnetic fields and speed are not modeled. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Pump coupling half

Conceptual shaft coupling half; alignment tolerances and guard design are omitted. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Rotating seal face

Conceptual rotating face adjacent to the stationary face. No leakage or temperature performance is implied. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Seal spring 1

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Seal spring 2

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Seal spring 3

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Seal spring 4

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Shaft

Transfers drive rotation to the impeller. This schematic omits verified fits, fatigue and torque calculations. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Shaft key

Illustrates a keyed connection; key dimensions and stresses are not specified. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Motor body

A generic electric drive enclosure; electrical internals are omitted. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Motor cooling fin 1

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.

Lean pump / Motor cooling fin 2

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.

Lean pump / Motor cooling fin 3

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.

Lean pump / Motor cooling fin 4

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.

Lean pump / Motor cooling fin 5

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.

Lean pump / Motor cooling fin 6

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.

Lean pump / Motor cooling fin 7

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.

Lean pump / Motor cooling fin 8

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.

Lean pump / Motor cooling fin 9

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.

Lean pump / Motor cooling fin 10

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.

Lean pump / Motor cooling fin 11

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.

Lean pump / Motor cooling fin 12

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.

Lean pump / Motor pedestal

Supports the generic motor enclosure. Mounting feet and foundation loads are illustrative. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Seal gland

Generic gland around the shaft; seal-flush piping and cartridge design are omitted. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Stationary seal face

Conceptual stationary annular face in a mechanical seal. Materials and seal balance are not specified. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Suction inlet

Lean pump / Suction inlet fastener 1

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.

Lean pump / Suction inlet fastener 2

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.

Lean pump / Suction inlet fastener 3

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.

Lean pump / Suction inlet fastener 4

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.

Lean pump / Suction inlet fastener 5

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.

Lean pump / Suction inlet fastener 6

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.

Lean pump / Suction inlet fastener 7

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.

Lean pump / Suction inlet fastener 8

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.

Lean pump / Suction inlet flange

Illustrative flange ring, with no rated facing or bolt specification. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Suction-side casing cover

Encloses a side of the volute; this generic cover has a geometric central bore. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Lean pump / Volute casing wall

A generic widening spiral surrounds the impeller, with a geometric discharge opening. This teaching contour is not hydraulically designed. Reused at an invented scene location and scale. It is not selected or qualified for this circuit.

Rich filter / open envelope

A schematic filtering role in the rich-glycol path. No element, micron grade or separation result. Hollow teaching envelope only; no selected internals or rating.

Rich filter / end location -1

Open endpoint marker only; no joint or process qualification.

Rich filter / support -1

Invented support location; no load or foundation design.

Rich filter / end location 1

Open endpoint marker only; no joint or process qualification.

Rich filter / support 1

Invented support location; no load or foundation design.

Lean cooler / open envelope

A schematic lean-cooling location. No selected cooler, duty or outlet temperature. Hollow teaching envelope only; no selected internals or rating.

Lean cooler / end location -1

Open endpoint marker only; no joint or process qualification.

Lean cooler / support -1

Invented support location; no load or foundation design.

Lean cooler / end location 1

Open endpoint marker only; no joint or process qualification.

Lean cooler / support 1

Invented support location; no load or foundation design.

Wet gas / open neck

Feed-side teaching boundary; composition, pressure and upstream conditioning outside the scene. Open scene boundary; no destination or operating specification.

Treated gas / open neck

Product-side teaching boundary; no measured water content, dewpoint or delivery specification. Open scene boundary; no destination or operating specification.

Flash gas / open neck

The optional flash-gas branch ends here; no fuel, recovery, control or permitted destination. Open scene boundary; no destination or operating specification.

Water overhead / open neck

Water-vapor-side boundary; no condenser, vent-treatment or emissions conclusion. Open scene boundary; no destination or operating specification.

Route / Wet gas to contactor

Original static gas relationship: Wet gas to contactor. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Wet gas to contactor

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Treated gas from contactor

Original static gas relationship: Treated gas from contactor. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Treated gas from contactor

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Rich glycol to optional flash tank

Original static rich relationship: Rich glycol to optional flash tank. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Rich glycol to optional flash tank

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Optional flash gas to boundary

Original static flash relationship: Optional flash gas to boundary. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Optional flash gas to boundary

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Rich glycol to filter role

Original static rich relationship: Rich glycol to filter role. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Rich glycol to filter role

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Rich glycol to exchanger role

Original static rich relationship: Rich glycol to exchanger role. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Rich glycol to exchanger role

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Rich glycol to still

Original static rich relationship: Rich glycol to still. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Rich glycol to still

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Water vapor to open boundary

Original static overhead relationship: Water vapor to open boundary. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Water vapor to open boundary

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Lean glycol to exchanger

Original static lean relationship: Lean glycol to exchanger. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Lean glycol to exchanger

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Lean glycol to circulation pump

Original static lean relationship: Lean glycol to circulation pump. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Lean glycol to circulation pump

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Lean glycol to cooler role

Original static lean relationship: Lean glycol to cooler role. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Lean glycol to cooler role

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Route / Lean glycol returns to contactor

Original static lean relationship: Lean glycol returns to contactor. Not fabricated piping, a P&ID, measured flow or an operating sequence.

Direction / Lean glycol returns to contactor

Static teaching arrow, not velocity, quantity, pressure or actual flow.

Glycol dehydration circuit concept

The system, explained.

Model scope and limits

What does this connected glycol scene establish?

Trace the system.

Enter through the wet-gas boundary

Inspect the detailed contactor

Follow rich glycol toward an optional vessel

Keep flash gas separate

Find the rich-side filter role

Compare the exchanger sides

Enter the still and reboiler

Follow the lean-return side

Find circulation and cooling roles

Return to the upper contactor boundary

Follow a glycol dehydration and regeneration circuit

Gas/glycol contactor

Optional rich-glycol flash tank

Glycol still and reboiler

Rich/lean heat-exchange role

Lean-glycol circulation pump

Rich-side filter role

Lean-side cooling role

Wet-gas feed boundary

Treated-gas outlet boundary

Flash-gas handling boundary

Regenerator overhead boundary

Read each connection.

Wet gas to contactor

Treated gas from contactor

Rich glycol to optional flash tank

Optional flash gas to boundary

Rich glycol to filter role

Rich glycol to exchanger role

Rich glycol to still

Water vapor to open boundary

Lean glycol to exchanger

Lean glycol to circulation pump

Lean glycol to cooler role

Lean glycol returns to contactor

Every part, in plain language.

Open the detailed dehydration models.