SAGD steam-side process scene

Illustrative support frame; foundations and structural design vary.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

Unrated, open boundary marker, not a selected flange. Reused at an invented scene location and scale. It is not selected or qualified for this train.

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

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

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

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

Hollow boundary marking a generic fuel-air heating role; no burner specification or flame stability. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Hollow open exhaust boundary. No draft, emissions rate, treatment or stack design is established. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Open feedwater boundary. Treatment, pumps and water quality are outside this model. Reused at an invented scene location and scale. It is not selected or qualified for this train.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

Open-front section support; no formation or foundation dimensions. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

Lower visual boundary of this open-front teaching section. Invented geometric teaching marker only; no well design, reservoir forecast, completion specification, pressure, temperature or recovery result. Reused at an invented scene location and scale. It is not selected or qualified for this train.

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

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

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

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

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

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

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

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

Hollow static relationship: External feedwater to generator. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

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

Hollow static relationship: Generator outlet to separator inlet. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

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

Hollow static relationship: Separator upper steam to injector boundary. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

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

Hollow static relationship: Separator lower liquid to open handling. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

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

Hollow static relationship: Producer to open surface-handling boundary. Invented static route in a schematic scene. No P&ID, fabricated pipe, selected joint, pressure, temperature, phase composition, flow, steam quality, treatment, integrity or operation is shown.

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