DRILLING / INTERACTIVE 3D

Drilling-fluid circulation relationship map

Follow a 212-part original scene from a three-bank pump through an open drillstring and annulus to a shale shaker, tank role and separate cuttings boundary.

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 component212 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.

AER describes drilling fluid being pumped through a well to manage formation pressure and carry rock fragments. The SLB circulation-system definition gives the broad sequence from main rig pumps through surface piping, drillstring, bit, annulus, returns, mud-cleaning equipment and surface tanks. This invented static scene reuses our own original triplex-pump and shale-shaker 3D assemblies at illustrative scales; it adds a complete hollow well-section wall, hollow drillstring, open bit-location collar, frozen cuttings cues and seven hollow colored relationship routes. The poster alone sections the facing well wall; the interactive 3D asset retains the full bore. One tank role and an open cuttings boundary frame the return question. A real rig has additional circulation, conditioning, pressure-control and waste-handling equipment that this scene omits.

Model scope and limits

Original 212-part static relationship map using separately authored triplex mud pump and shale shaker at invented placement and scale. Well segment, open tank, seven colored routes, direction arrows and four frozen cuttings cues are original teaching geometry. The full interactive well wall and drillstring have actual open axial bores; the poster alone sections the facing well wall. Routes terminate at selected concept positions and do not establish connected pressure containment, a specific standpipe/rotary-hose arrangement, precharge, matched equipment, working mud treatment, fluid chemistry, rate, pressure, hydraulics, bit nozzles, casing design, well control, relief, controls, cuttings classification, waste approval, rig layout, dimensions or safe service. Not an operating procedure or engineering design.

Further reading: SLB Energy Glossary: circulation-system sequence; no rig drawing or equipment dimensions reproduced ↗

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

CHECK YOUR UNDERSTANDING

What does the route from the shaker back toward a tank establish?

A conceptual surface-fluid relationship that still needs actual cleaning, conditioning, testing and equipment recordsA verified closed hydraulic circuit suitable for an Alberta wellMeasured flow, pressure and cuttings removal through the pictured system

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.

Begin at the surface tank role
The open original tank envelope raises an inventory question. Its colored surface is static, not a measured level, cleaned mud quality or selected capacity.
Identify the three-bank pump
This is the independently authored pump model at an invented scene scale. The route to it omits actual precharge and suction conditioning.
Follow the discharge relationship
The gold hollow reading route leads toward the open drillstring. It is not a fabricated standpipe, hose, pressure rating or relief system.
Look through the complete well-section wall
The interactive model keeps a complete hollow outer teaching wall. Half section can expose the annular region; no casing, formation or well-control design is established.
Trace the pipe bore
The separate inner tube has an actual axial bore. Static direction markers show a reading direction, not flow or a drilling procedure.
Compare the return space
The return cue is separate from the down-string route. Four gold fragments are frozen reading marks, not measured cuttings transport.
Inspect the first visible solids-control step
The original shaker has a truly open coarse display lattice. It establishes no selected screen grade, measured removal or complete cleaning system.
Separate recovered fluid from cuttings
The blue relationship route returns toward the tank role, while cuttings use another exit. Further cleaning, fluid testing and actual equipment routing are omitted.
Stop at the open waste boundary
This boundary ends before waste sampling, classification, containment, transport or approved disposition.

Additional primary references: SLB Energy Glossary: broad circulation-system component sequence; no source illustration reproduced ↗ · Alberta Energy Regulator drilling overview: drilling-fluid and cuttings context ↗ · NOV drilling-fluid processing systems: general mud cleaning and tank roles; no product layout copied ↗

CONNECTED PROCESS LESSON

Drilling-fluid circulation relationship map

Two independently authored original equipment models share an invented surface-and-well scene. Open boundaries and omitted treatment/precharge/relief/well-control equipment mean this is not a complete or qualified circulation system.

Color and static arrows identify declared relationships only. The model has no measured flow, live plant data or industry color standard. Precharge, cleaning stages, pressure protection, well control, measured circulation, rig fit and approved cuttings handling are outside this illustration.

Mud-tank role

The illustrated open tank is only a surface inventory question; treatment, fluid properties and precharge equipment are omitted.

Three-bank mud-pump role

Original three-bank assembly with open manifolds; the model has no real suction-conditioning, pressure rating or relief circuit.

Open component explorer ↗

Drillstring, bit location and annulus

Open drillstring and surrounding annulus are independent geometric roles; no casing design, formation response or well-control state.

First visible solids-control role

Original open-screen shaker separates coarse display apertures from fluid collection and a cuttings branch; no screen grade or removal result.

Open component explorer ↗

Cuttings-handling boundary

Waste handling, testing and disposition are outside this scene.

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.

SUCTION

Tank role toward pump suction

Mud-tank role → Three-bank mud-pump role

PRESSURE

Pump discharge toward drillstring

Three-bank mud-pump role → Drillstring, bit location and annulus

DOWNHOLE

Down the illustrative drillstring

Drillstring, bit location and annulus → Drillstring, bit location and annulus

RETURNS

Up the illustrative annular space

Drillstring, bit location and annulus → Drillstring, bit location and annulus

RETURNS

Surface return toward shaker

Drillstring, bit location and annulus → First visible solids-control role

RECOVERED

Recovered fluid toward surface tank role

First visible solids-control role → Mud-tank role

CUTTINGS

Separated cuttings toward open boundary

First visible solids-control role → Cuttings-handling boundary

Primary reading: SLB Energy Glossary: circulation-system component sequence; no artwork or rig dimensions copied ↗ · Alberta Energy Regulator: drilling-fluid pressure-control and rock-fragment-removal context ↗ · NOV: drilling-fluid processing equipment families; no product design copied ↗

ACCESSIBLE COMPONENT REFERENCE

Every part, in plain language.

Search all components ↗Model provenance ↗

Base frame

Illustrative support frame; foundations and structural design vary.

Triplex mud pump / Bank 1 chamber liner rim

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

Triplex mud pump / Bank 1 complete hollow liner

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

Triplex mud pump / Bank 1 connecting rod

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

Triplex mud pump / Bank 1 crank big-end eye

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

Triplex mud pump / Bank 1 crosshead block

Sliding-crosshead position in an arbitrary static pose. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Triplex mud pump / Bank 1 discharge bored valve seat

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

Triplex mud pump / Bank 1 discharge open branch

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

Triplex mud pump / Bank 1 discharge open valve pocket

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

Triplex mud pump / Bank 1 discharge removable cover marker

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

Triplex mud pump / Bank 1 discharge valve plate

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

Triplex mud pump / Bank 1 discharge valve spring

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

Triplex mud pump / Bank 1 front crank web

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

Triplex mud pump / Bank 1 front crosshead guide

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

Triplex mud pump / Bank 1 offset crank pin

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

Triplex mud pump / Bank 1 open fluid-end chamber

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

Triplex mud pump / Bank 1 piston ring marker 1

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

Triplex mud pump / Bank 1 piston ring marker 2

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

Triplex mud pump / Bank 1 piston rod

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

Triplex mud pump / Bank 1 power liner rim

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

Triplex mud pump / Bank 1 rear crank web

Triplex mud pump / Bank 1 rear crosshead guide

Triplex mud pump / Bank 1 solid piston marker

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

Triplex mud pump / Bank 1 suction bored valve seat

Triplex mud pump / Bank 1 suction open branch

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

Triplex mud pump / Bank 1 suction open valve pocket

Triplex mud pump / Bank 1 suction removable cover marker

Triplex mud pump / Bank 1 suction valve plate

Triplex mud pump / Bank 1 suction valve spring

Triplex mud pump / Bank 2 chamber liner rim

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

Triplex mud pump / Bank 2 complete hollow liner

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

Triplex mud pump / Bank 2 connecting rod

Triplex mud pump / Bank 2 crank big-end eye

Triplex mud pump / Bank 2 crosshead block

Sliding-crosshead position in an arbitrary static pose. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Triplex mud pump / Bank 2 discharge bored valve seat

Triplex mud pump / Bank 2 discharge open branch

Triplex mud pump / Bank 2 discharge open valve pocket

Triplex mud pump / Bank 2 discharge removable cover marker

Triplex mud pump / Bank 2 discharge valve plate

Triplex mud pump / Bank 2 discharge valve spring

Triplex mud pump / Bank 2 front crank web

Triplex mud pump / Bank 2 front crosshead guide

Triplex mud pump / Bank 2 offset crank pin

Triplex mud pump / Bank 2 open fluid-end chamber

Triplex mud pump / Bank 2 piston ring marker 1

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

Triplex mud pump / Bank 2 piston ring marker 2

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

Triplex mud pump / Bank 2 piston rod

Triplex mud pump / Bank 2 power liner rim

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

Triplex mud pump / Bank 2 rear crank web

Triplex mud pump / Bank 2 rear crosshead guide

Triplex mud pump / Bank 2 solid piston marker

Triplex mud pump / Bank 2 suction bored valve seat

Triplex mud pump / Bank 2 suction open branch

Triplex mud pump / Bank 2 suction open valve pocket

Triplex mud pump / Bank 2 suction removable cover marker

Triplex mud pump / Bank 2 suction valve plate

Triplex mud pump / Bank 2 suction valve spring

Triplex mud pump / Bank 3 chamber liner rim

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

Triplex mud pump / Bank 3 complete hollow liner

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

Triplex mud pump / Bank 3 connecting rod

Triplex mud pump / Bank 3 crank big-end eye

Triplex mud pump / Bank 3 crosshead block

Sliding-crosshead position in an arbitrary static pose. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Triplex mud pump / Bank 3 discharge bored valve seat

Triplex mud pump / Bank 3 discharge open branch

Triplex mud pump / Bank 3 discharge open valve pocket

Triplex mud pump / Bank 3 discharge removable cover marker

Triplex mud pump / Bank 3 discharge valve plate

Triplex mud pump / Bank 3 discharge valve spring

Triplex mud pump / Bank 3 front crank web

Triplex mud pump / Bank 3 front crosshead guide

Triplex mud pump / Bank 3 offset crank pin

Triplex mud pump / Bank 3 open fluid-end chamber

Triplex mud pump / Bank 3 piston ring marker 1

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

Triplex mud pump / Bank 3 piston ring marker 2

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

Triplex mud pump / Bank 3 piston rod

Triplex mud pump / Bank 3 power liner rim

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

Triplex mud pump / Bank 3 rear crank web

Triplex mud pump / Bank 3 rear crosshead guide

Triplex mud pump / Bank 3 solid piston marker

Triplex mud pump / Bank 3 suction bored valve seat

Triplex mud pump / Bank 3 suction open branch

Triplex mud pump / Bank 3 suction open valve pocket

Triplex mud pump / Bank 3 suction removable cover marker

Triplex mud pump / Bank 3 suction valve plate

Triplex mud pump / Bank 3 suction valve spring

Triplex mud pump / Common discharge hollow manifold

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

Triplex mud pump / Common suction hollow manifold

Triplex mud pump / Discharge front open boundary collar

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

Triplex mud pump / Discharge rear open boundary collar

Triplex mud pump / Drive front presentation foot

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

Triplex mud pump / Drive rear presentation foot

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

Triplex mud pump / Fluid front presentation foot

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

Triplex mud pump / Fluid rear presentation foot

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

Triplex mud pump / Front main bearing envelope

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

Triplex mud pump / Power-end front crosshead upright

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

Triplex mud pump / Power-end front drive upright

Triplex mud pump / Power-end front upper cross rail

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

Triplex mud pump / Power-end front upper rail

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

Triplex mud pump / Power-end oil-pan floor

Enclosure floor only; no lubricant level or circulation is represented. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Triplex mud pump / Power-end rear crosshead upright

Triplex mud pump / Power-end rear drive upright

Triplex mud pump / Power-end rear upper cross rail

Triplex mud pump / Power-end rear upper rail

Triplex mud pump / Rear main bearing envelope

Triplex mud pump / Skid crosshead cross rail

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

Triplex mud pump / Skid drive cross rail

Triplex mud pump / Skid fluid end cross rail

Triplex mud pump / Skid front rail

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

Triplex mud pump / Skid manifold cross rail

Triplex mud pump / Skid rear rail

Triplex mud pump / Suction front open boundary collar

Triplex mud pump / Suction rear open boundary collar

Triplex mud pump / Transverse main crankshaft

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

Shale shaker / Base discharge cross rail

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

Shale shaker / Base feed cross rail

Shale shaker / Base front longitudinal rail

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

Shale shaker / Base middle cross rail

Shale shaker / Base rear longitudinal rail

Shale shaker / Basket front discharge upright

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

Shale shaker / Basket front feed upright

Shale shaker / Basket front long sill

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

Shale shaker / Basket front top guard

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

Shale shaker / Basket rear discharge upright

Shale shaker / Basket rear feed upright

Shale shaker / Basket rear long sill

Shale shaker / Basket rear top guard

Shale shaker / Cuttings chute front rim

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

Shale shaker / Cuttings chute open floor

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

Shale shaker / Cuttings chute rear rim

Shale shaker / Discharge front base foot

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

Shale shaker / Discharge front basket spring shoe

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

Shale shaker / Discharge front helical spring

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

Shale shaker / Discharge front spring pedestal

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

Shale shaker / Discharge rear base foot

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

Shale shaker / Discharge rear basket spring shoe

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

Shale shaker / Discharge rear helical spring

Shale shaker / Discharge rear spring pedestal

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

Shale shaker / Feed front base foot

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

Shale shaker / Feed front basket spring shoe

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

Shale shaker / Feed front helical spring

Shale shaker / Feed front spring pedestal

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

Shale shaker / Feed rear base foot

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

Shale shaker / Feed rear basket spring shoe

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

Shale shaker / Feed rear helical spring

Shale shaker / Feed rear spring pedestal

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

Shale shaker / Front vibrator basket bridge

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

Shale shaker / Front vibrator eccentric marker

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

Shale shaker / Front vibrator motor housing

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

Shale shaker / Illustrative coarse cuttings fragment 1

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

Shale shaker / Illustrative coarse cuttings fragment 2

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

Shale shaker / Illustrative coarse cuttings fragment 3

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

Shale shaker / Illustrative coarse cuttings fragment 4

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

Shale shaker / Illustrative coarse cuttings fragment 5

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

Shale shaker / Mixed drilling return feed box floor

Open-top illustrative mixed-return arrival, not a rig connection. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Shale shaker / Mixed feed front box side

One independent wall of the open feed box. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Shale shaker / Mixed feed outer end wall

Invented outer end boundary; no pressured inlet is implied. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Shale shaker / Mixed feed rear box side

One independent wall of the open feed box. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Shale shaker / Rear vibrator basket bridge

Shale shaker / Rear vibrator eccentric marker

Shale shaker / Rear vibrator motor housing

Shale shaker / Recovered drilling fluid open outlet

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. Reused at invented scene scale and placement; no rig selection, mechanical fit or operating compatibility follows.

Shale shaker / Recovered drilling fluid open outlet fastener 1