tailieunhanh - Orr, F. M. - Theory of Gas Injection Processes Episode 15

Tham khảo tài liệu 'orr, f. m. - theory of gas injection processes episode 15', kỹ thuật - công nghệ, cơ khí - chế tạo máy phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả | Appendix B 271 Table Displacement details for Initial Oil Composition C in Fig. . The viscosity ratio on the initial tie line is M and on the injection tie line M . The molar volumes used to convert mole fractions to volume fractions were CO2 cm3 gmol C4 C10 . Phase compositions on the initial tie line mole fractions XCO2 XC4 XC10 yCO2 yC4 yC10 . Phase compositions on the injection tie line mole fractions XCO2 XC4 0. xC10 yCO2 yC4 0. yC10 . Compositions reported in the table are in volume fractions. Segment Point CO2 C4 C10 51 Flow Vel. i T Injection Gas e 0. 0. Trailing e 0. 0. Shock d 0. Constant State d 0. Intermediate d 0. Shock c Initial Tie c Line Rarefaction c-b Leading b Shock a 0. 0. Initial Oil B a 0. 0. 272 Appendix B Table Displacement details for Fig. . Composition routes and saturation and flow velocity profiles for displacement of a C4 C10 mixture by CO2 at 1000 psia and 160 F with volume change. The viscosity ratio on the initial tie line is M and on the injection tie line M . The molar volumes used to convert mole fractions to volume fractions were CO2 cm3 gmol C4 C10 . Phase compositions on the initial tie line mole fractions XCO2 XC4 XC10 yco2 yc4 ycio . Phase compositions on the injection tie line mole fractions xCO2 xC4 0. xC10 yCO2 yC4 0. yC10 . Compositions in the table are reported in mole fractions. Segment Point CO2 C4 C10 51 Flow Vel. r .