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Improved Oil Recovery by Chemical Flooding at the University of Texas
Modeling and Optimizing Surfactant Structure to Improve Oil Recovery by Chemical Flooding at the University of Texas DOE/BC/10841-10 -
Improving Oil Recovery By Chemical Flooding
DOE/BC/10841-5 -
Sodium Bicarbonate in Chemical Flooding: Part II, Topical Report, July 1987
Sodium Bicarbonate in Chemical Flooding: Part II, Topical Report, July 1987 -
Enhanced Oil Recovery By CO2 Foam Flooding
DOE/MC/03259-15 -
Surfactant-enhanced alkaline flooding with weak alkalis
Surfactant-enhanced alkaline flooding with weak alkalis The objective of Project BE4B in FY90 was to develop cost-effective and efficient chemical flooding formulations using... -
Modeling and Optimizing Surfactant Structure to Improve Oil Recovery by Chemi...
DOE/BC/10841-15 Modeling and Optimizing Surfactant Structure to Improve Oil Recovery by Chemical Flooding at the University of Texas--Final Report -
Development of a Method for Evaluating Carbon Dioxide Miscible Flooding Prosp...
Development of a Method for Evaluating Carbon Dioxide Miscible Flooding Prospects, Final Report, March 1985 -
A Simple Mathematical Model for Estimating Mineral-Alkali Reactions in Alkali...
A Simple Mathematical Model for Estimating Mineral-Alkali Reactions in Alkaline Flooding, Topical Report, January 1987 -
Surfactant-Enhanced Bicarbonate Flooding, Final Report, October 1986
Surfactant-Enhanced Bicarbonate Flooding, Final Report, October 1986 -
Mobility Control in Oil Recovery by Chemical Flooding State-of-the-Art Review...
Mobility Control in Oil Recovery by Chemical Flooding State-of-the-Art Review, January 1987 -
FL-GLOBAL-GAR15-100
Riverine flood hazard: The GAR 15 global flood hazard assessment uses a probabilistic approach for modelling riverine flood major river basins around the globe. The main steps... -
FL-GLOBAL-GAR15-50
Riverine flood hazard: The GAR 15 global flood hazard assessment uses a probabilistic approach for modelling riverine flood major river basins around the globe. The main steps... -
FL-TLS-WB-25
"The flood hazard assessment of the selected Sucos was undertaken by quantifying the extent and depth of flooding in the flood prone area for a range of flood frequencies. We... -
FL-TLS-WB-10
"The flood hazard assessment of the selected Sucos was undertaken by quantifying the extent and depth of flooding in the flood prone area for a range of flood frequencies. We... -
FL-TLS-WB-2
"The flood hazard assessment of the selected Sucos was undertaken by quantifying the extent and depth of flooding in the flood prone area for a range of flood frequencies. We... -
FL-TLS-WB-50
"The flood hazard assessment of the selected Sucos was undertaken by quantifying the extent and depth of flooding in the flood prone area for a range of flood frequencies. We... -
FL-TLS-WB-100
"The flood hazard assessment of the selected Sucos was undertaken by quantifying the extent and depth of flooding in the flood prone area for a range of flood frequencies. We... -
FL-TLS-WB-5
"The flood hazard assessment of the selected Sucos was undertaken by quantifying the extent and depth of flooding in the flood prone area for a range of flood frequencies. We... -
FL-GLOBAL-GAR15-25
Riverine flood hazard: The GAR 15 global flood hazard assessment uses a probabilistic approach for modelling riverine flood major river basins around the globe. The main steps...
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