\newfig{Figures/Env_001_P_vs_T_1}{Saturation Pressure vs.\ Temperature, Michelsen Example.}
\newfig{Figures/Env_001_LogP_vs_T_1}{Log of Saturation Pressure vs.\ Temperature, Michelsen Example.}
\newfig{Figures/Env_001_LogP_vs_TI_1}{Log of Saturation Pressure vs.\ 1/Temperature, Michelsen Example.}
\newfigpage
\newfig{Figures/Env_002_P_vs_T_1}{Saturation Pressure vs.\ Temperature, P-T Diagram for Macondo Reservoir Fluid.}
\newfig{Figures/Env_002_LogP_vs_T_1}{Log of Saturation Pressure vs.\ Temperature, P-T Diagram for Macondo Reservoir Fluid.}
\newfig{Figures/Env_002_LogP_vs_TI_1}{Log of Saturation Pressure vs.\ 1/Temperature, P-T Diagram for Macondo Reservoir Fluid.}
\newfigpage
\newfig{Figures/Env_003_P_vs_T_1}{Saturation Pressure vs.\ Temperature, P-T Diagram for Reservoir Fluid A.}
\newfig{Figures/Env_003_LogP_vs_T_1}{Log of Saturation Pressure vs.\ Temperature, P-T Diagram for Reservoir Fluid A.}
\newfig{Figures/Env_004_LogP_vs_T_1}{Log of Saturation Pressure vs.\ Temperature, Vapor Pressure of CO2.}
\newfig{Figures/Env_004_LogP_vs_TI_1}{Log of Saturation Pressure vs.\ 1/Temperature, Vapor Pressure of CO2.}
\newfig{Figures/Env_005_P_vs_Xi_1}{Saturation Pressure vs.\ Mole Fraction Injectant at 650 R, P-X Diagram for Reservoir Fluid A with CO2.}
\newfig{Figures/Env_005_LogP_vs_Xi_1}{Log of Saturation Pressure vs.\ Mole Fraction Injectant at 650 R, P-X Diagram for Reservoir Fluid A with CO2.}
\newfig{Figures/Env_005_LogP_vs_LogXf_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Feed at 650 R, P-X Diagram for Reservoir Fluid A with CO2.}
\newfigpage
\newfig{Figures/Env_006_P_vs_T_1}{Saturation Pressure vs.\ Temperature, P-T Diagram for Solvent.}
\newfig{Figures/Env_007_P_vs_T_1}{Saturation Pressure vs.\ Temperature, P-T Diagram for Solvent With, 1.e-10 Mole Fraction Reservoir Fluid A.}
\newfig{Figures/Env_008_P_vs_Xi_1}{Saturation Pressure vs.\ Mole Fraction Injectant at 650 R, P-X Diagram for Reservoir Fluid A with Solvent.}
\newfig{Figures/Env_008_LogP_vs_Xi_1}{Log of Saturation Pressure vs.\ Mole Fraction Injectant at 650 R, P-X Diagram for Reservoir Fluid A with Solvent.}
\newfig{Figures/Env_008_LogP_vs_LogXf_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Feed at 650 R, P-X Diagram for Reservoir Fluid A with Solvent.}
\newfigpage
\newfig{Figures/Env_009_P_vs_Xi_1}{Saturation Pressure vs.\ Mole Fraction Injectant at 577.375 R, Reservoir Fluid A Swollen with Solvent, Just Above the Saturation Temperature Minimum.}
\newfig{Figures/Env_009_LogP_vs_Xi_1}{Log of Saturation Pressure vs.\ Mole Fraction Injectant at 577.375 R, Reservoir Fluid A Swollen with Solvent, Just Above the Saturation Temperature Minimum.}
\newfig{Figures/Env_009_P_vs_LogXi_1}{Saturation Pressure vs.\ Log of Mole Fraction Injectant at 577.375 R, Reservoir Fluid A Swollen with Solvent, Just Above the Saturation Temperature Minimum.}
\newfig{Figures/Env_009_LogP_vs_LogXi_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Injectant at 577.375 R, Reservoir Fluid A Swollen with Solvent, Just Above the Saturation Temperature Minimum.}
\newfig{Figures/Env_009_P_vs_LogXf_1}{Saturation Pressure vs.\ Log of Mole Fraction Feed at 577.375 R, Reservoir Fluid A Swollen with Solvent, Just Above the Saturation Temperature Minimum.}
\newfig{Figures/Env_009_LogP_vs_LogXf_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Feed at 577.375 R, Reservoir Fluid A Swollen with Solvent, Just Above the Saturation Temperature Minimum.}
\newfig{Figures/Env_010_P_vs_Xi_1}{Saturation Pressure vs.\ Mole Fraction Injectant at 576.375 R, Reservoir Fluid A Swollen with Solvent, At the Saturation Temperature Minimum.}
\newfig{Figures/Env_010_LogP_vs_Xi_1}{Log of Saturation Pressure vs.\ Mole Fraction Injectant at 576.375 R, Reservoir Fluid A Swollen with Solvent, At the Saturation Temperature Minimum.}
\newfig{Figures/Env_010_P_vs_LogXi_1}{Saturation Pressure vs.\ Log of Mole Fraction Injectant at 576.375 R, Reservoir Fluid A Swollen with Solvent, At the Saturation Temperature Minimum.}
\newfig{Figures/Env_010_LogP_vs_LogXi_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Injectant at 576.375 R, Reservoir Fluid A Swollen with Solvent, At the Saturation Temperature Minimum.}
\newfig{Figures/Env_010_P_vs_LogXf_1}{Saturation Pressure vs.\ Log of Mole Fraction Feed at 576.375 R, Reservoir Fluid A Swollen with Solvent, At the Saturation Temperature Minimum.}
\newfig{Figures/Env_010_LogP_vs_LogXf_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Feed at 576.375 R, Reservoir Fluid A Swollen with Solvent, At the Saturation Temperature Minimum.}
\newfig{Figures/Env_011_P_vs_Xi_1}{Saturation Pressure vs.\ Mole Fraction Injectant at 575.875 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_011_LogP_vs_Xi_1}{Log of Saturation Pressure vs.\ Mole Fraction Injectant at 575.875 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_011_P_vs_LogXi_1}{Saturation Pressure vs.\ Log of Mole Fraction Injectant at 575.875 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_011_LogP_vs_LogXi_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Injectant at 575.875 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_011_P_vs_LogXf_1}{Saturation Pressure vs.\ Log of Mole Fraction Feed at 575.875 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_011_LogP_vs_LogXf_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Feed at 575.875 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_012_P_vs_Xi_1}{Saturation Pressure vs.\ Mole Fraction Injectant at 575.625 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_012_LogP_vs_Xi_1}{Log of Saturation Pressure vs.\ Mole Fraction Injectant at 575.625 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_012_P_vs_LogXi_1}{Saturation Pressure vs.\ Log of Mole Fraction Injectant at 575.625 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_012_LogP_vs_LogXi_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Injectant at 575.625 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_012_P_vs_LogXf_1}{Saturation Pressure vs.\ Log of Mole Fraction Feed at 575.625 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_012_LogP_vs_LogXf_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Feed at 575.625 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_013_P_vs_Xi_1}{Saturation Pressure vs.\ Mole Fraction Injectant at 575.5 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_013_LogP_vs_Xi_1}{Log of Saturation Pressure vs.\ Mole Fraction Injectant at 575.5 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_013_P_vs_LogXi_1}{Saturation Pressure vs.\ Log of Mole Fraction Injectant at 575.5 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_013_LogP_vs_LogXi_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Injectant at 575.5 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_013_P_vs_LogXf_1}{Saturation Pressure vs.\ Log of Mole Fraction Feed at 575.5 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
\newfig{Figures/Env_013_LogP_vs_LogXf_1}{Log of Saturation Pressure vs.\ Log of Mole Fraction Feed at 575.5 R, Reservoir Fluid A Swollen with Solvent, Just Below the Saturation Temperature Minimum.}
