Sand-separator presentation plinth
Visual display base, not an installed foundation. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Complete bored upper separator barrel
Complete hollow enclosure with an offset feed passage and a separately closed inspection passage. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Bored upper barrel closure
Separate static top closure with a real central outlet passage. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Offset wellstream feed hollow neck
Open offset arrival through the actual barrel wall; the arrangement is an illustrative location, not a designed tangential cyclone inlet. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Wellstream feed open collar
Open external connection marker without a rated joint. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Open central overflow-reading tube
Separate open central passage cue; not a selected vortex finder or proof of flow reversal. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Open upper produced-fluid outlet neck
External fluid destination beyond the actual bored top closure; product quality is unknown. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Produced-fluid outlet open collar
Open end marker without a selected connection or downstream equipment. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Complete open conical solids-transition wall
Double-surface open cone locates a possible descent toward a lower solids pot. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Open upper barrel-to-cone seam marker
A reading boundary, not a weld or pressure joint. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Complete hollow lower solids pot
Independent lower accumulation enclosure with a real side inspection opening. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Open cone-to-pot location ring
Annular location cue around the lower cone mouth, without a verified sealed connection. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Bored solids-pot lower closure
Separate lower closure with a real drain passage. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separate open sand-removal boundary
Open boundary for further controlled solids handling; no valve or disposal method is selected. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Sand-removal open end collar
External open marker without a selected connection or action. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Upper barrel seam marker
Visible assembly boundary; weld and gasket details omitted. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Solids-pot lower seam marker
Visible assembly boundary; weld and gasket details omitted. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Closed barrel inspection neck
Passes through an actual upper wall opening; no vessel-entry guidance. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Barrel inspection cover seat
Separate annular closure location, not a specified gasket. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Closed barrel inspection cover
Static closed access cover; isolation and entry are outside this lesson. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Closed pot inspection neck
Passes through an actual pot wall opening; no clean-out sequence. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Pot inspection cover seat
Annular closure marker with no selected gasket. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Closed pot inspection cover
Static closed cover, without a maintenance or vessel-entry instruction. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 1
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 2
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 3
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 4
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 5
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 6
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 7
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 8
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 9
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 10
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 11
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static descending-solids path marker 12
Fixed reading cue, not a real grain path or capture result. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 1
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 2
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 3
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 4
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 5
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 6
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 7
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Static central-overflow path marker 8
Fixed centreline cue, not a simulated or measured flow. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator display stand 1
Display support, not a designed frame or lifting device. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator bored display foot 1
Display foot with a real opening; no anchor or load design. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator display stand 2
Display support, not a designed frame or lifting device. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator bored display foot 2
Display foot with a real opening; no anchor or load design. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator display stand 3
Display support, not a designed frame or lifting device. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator bored display foot 3
Display foot with a real opening; no anchor or load design. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator display stand 4
Display support, not a designed frame or lifting device. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
Separator bored display foot 4
Display foot with a real opening; no anchor or load design. Invented static geometry; no selected wellstream, sand loading, cyclone profile, erosion allowance, capture efficiency, pressure, temperature, material, valve, isolation, drain, disposal, flow, rating, maintenance or safe operating procedure.
