Glossary entry (derived from question below)
английский term or phrase:
Composition of Final Stage Fluid at 400 psia
русский translation:
состав флюида в последней ступени при (давлении) 400 фунт/кв.дюйм абс.
Added to glossary by
YaroslavShvayko
May 28, 2020 10:40
4 yrs ago
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английский term
Composition of Final Stage Fluid at 400 psia
английский => русский
Техника
Нефтепромысловые науки и технологии
well test
Sample Number: 1-3, Cylinder Number: 3299-S1-F, Sample Depth: 1840 m
Table 9: Properties of Single Stage Flash at 67.7°C 13
Table 10: Reservoir Fluid Composition 14
Table 11: Constant Composition Expansion at 35.0°C 15
Table 12: Constant Composition Expansion at 60.0°C 16
Table 13: Constant Composition Expansion at 67.7°C 17
Table 14: Constant Composition Expansion at 75.0°C 18
Figure 1: Constant Composition Expansion at Various Temperatures - Fluid Density Above the Saturation Pressure 19
Figure 2: Constant Composition Expansion at Various Temperatures - Relative Volume Below the Saturation Pressure 20
Table 15: Differential Vaporisation at 67.7°C - Physical Properties 21
Table 16: Differential Vaporisation at 67.7°C - Composition of Produced Gases 22
Table 17: Differential Vaporisation at 67.7°C - Composition of Final Stage Fluid at 400 psia 23
Figure 3: Differential Vaporisation at 67.7°C - Oil Volume Factor as a Function of Pressure 24
Figure 4: Differential Vaporisation at 67.7°C - Cumulative Solution Gas Oil Ratio as a Function of Pressure 25
Figure 5: Differential Vaporisation at 67.7°C - Gas Compressibility Factor as a Function of Pressure 26
Figure 6: Differential Vaporisation at 67.7°C - Gas Formation Volume Factor as a Function of Pressure 27
Figure 7: Differential Vaporisation at 67.7°C - Calculated Gas Viscosity as a Function of Pressure 28
Figure 8: Differential Vaporisation at 67.7°C - Gas Gravity as a Function of Pressure 29
Figure 9: Differential Vaporisation at 67.7°C - Fluid Density as a Function of Pressure 30
Table 18: Multistage Separator Test A - Physical Properties 31
Table 19: Multistage Separator Test A - Composition of Produced Gases 32
Table 20: Multistage Separator Test A - Composition of Stock Tank Liquid 33
Table 21: Multistage Separator Test B - Physical Properties 34
Table 22: Multistage Separator Test B - Composition of Produced Gases 35
Table 23: Multistage Separator Test B - Composition of Stock Tank Liquid 36
Table 24: Viscosity of Reservoir Fluid at 34.0°C 37
Figure 10: Viscosity of Reservoir Fluid at 34.0°C - Viscosity as a Function of Pressure 38
Table 25: Viscosity of Reservoir Fluid at 67.7°C 39
Figure 11: Viscosity of Reservoir Fluid at 67.7°C - Viscosity as a Function of Pressure 40
Table 26: Viscosity of Reservoir Fluid at 75.0°C 41
Figure 12: Viscosity of Reservoir Fluid at 75.0°C - Viscosity as a Function of Pressure 42
Table 9: Properties of Single Stage Flash at 67.7°C 13
Table 10: Reservoir Fluid Composition 14
Table 11: Constant Composition Expansion at 35.0°C 15
Table 12: Constant Composition Expansion at 60.0°C 16
Table 13: Constant Composition Expansion at 67.7°C 17
Table 14: Constant Composition Expansion at 75.0°C 18
Figure 1: Constant Composition Expansion at Various Temperatures - Fluid Density Above the Saturation Pressure 19
Figure 2: Constant Composition Expansion at Various Temperatures - Relative Volume Below the Saturation Pressure 20
Table 15: Differential Vaporisation at 67.7°C - Physical Properties 21
Table 16: Differential Vaporisation at 67.7°C - Composition of Produced Gases 22
Table 17: Differential Vaporisation at 67.7°C - Composition of Final Stage Fluid at 400 psia 23
Figure 3: Differential Vaporisation at 67.7°C - Oil Volume Factor as a Function of Pressure 24
Figure 4: Differential Vaporisation at 67.7°C - Cumulative Solution Gas Oil Ratio as a Function of Pressure 25
Figure 5: Differential Vaporisation at 67.7°C - Gas Compressibility Factor as a Function of Pressure 26
Figure 6: Differential Vaporisation at 67.7°C - Gas Formation Volume Factor as a Function of Pressure 27
Figure 7: Differential Vaporisation at 67.7°C - Calculated Gas Viscosity as a Function of Pressure 28
Figure 8: Differential Vaporisation at 67.7°C - Gas Gravity as a Function of Pressure 29
Figure 9: Differential Vaporisation at 67.7°C - Fluid Density as a Function of Pressure 30
Table 18: Multistage Separator Test A - Physical Properties 31
Table 19: Multistage Separator Test A - Composition of Produced Gases 32
Table 20: Multistage Separator Test A - Composition of Stock Tank Liquid 33
Table 21: Multistage Separator Test B - Physical Properties 34
Table 22: Multistage Separator Test B - Composition of Produced Gases 35
Table 23: Multistage Separator Test B - Composition of Stock Tank Liquid 36
Table 24: Viscosity of Reservoir Fluid at 34.0°C 37
Figure 10: Viscosity of Reservoir Fluid at 34.0°C - Viscosity as a Function of Pressure 38
Table 25: Viscosity of Reservoir Fluid at 67.7°C 39
Figure 11: Viscosity of Reservoir Fluid at 67.7°C - Viscosity as a Function of Pressure 40
Table 26: Viscosity of Reservoir Fluid at 75.0°C 41
Figure 12: Viscosity of Reservoir Fluid at 75.0°C - Viscosity as a Function of Pressure 42
Proposed translations
(русский)
3 +1 | состав флюида в последней ступени при (давлении) 400 фунт/кв.дюйм абс. | Enote |
Proposed translations
+1
2 час
Selected
состав флюида в последней ступени при (давлении) 400 фунт/кв.дюйм абс.
Тут stage - это ступень сепаратора
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