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THERMAL METHODS OIL VISCOSITY REDUCTION
AREAS WORTH FURTHER DEVELOPMENT
9 other sections not shown
acentric factor achieved Appendix application axial velocity behaviour carbon dioxide chemical clean stream concentration continuous phase core correlation Costald equation crude oil cyclone cyclone separator Degasser diameter dispersed phase displacement downstream droplet dropsize effect emulsification emulsions Enhanced Oil Recovery field tests Figure Flooding flow flowrate flux foam fractions fracture Gas/Oil Separator gradient heat heavy crude oils hydrocarbon hydrocyclone In-Situ Combustion increase inlet interfacial tension Journal of Petroleum laboratory liquid measured migration probability miscible miscible drive mixture mobility ratio oil reservoir oil-wet operating parameters particles performance Petroleum Technology pipeline Polymer pore predicted production pump reduced relative viscosity Research rheological salinity separation efficiency shear rate shear thinning shown spiked crude split ratio standard density steam drive steam injection Steamflood surfactant swirl chamber thermal throughput tube underflow unit viscosity volume vortex waterflood wellhead wetting