Improved Oil Recovery by Surfactant and Polymer Flooding

Content: 
Front Matter, Page iii
Copyright, Page iv
Preface, Page vii
Contributors, Pages ix-x
PHYSICO–CHEMICAL ENVIRONMENT OF PETROLEUM RESERVOIRS IN RELATION TO OIL RECOVERY SYSTEMS, Pages 1-26, L.A. Wilson Jr.
OIL RECOVERY WITH SURFACTANTS: HISTORY AND A CURRENT APPRAISAL, Pages 27-54, W. Barney Gogarty
MECHANISMS OF ENTRAPMENT AND MOBILIZATION OF OIL IN POROUS MEDIA, Pages 55-91, G.L. Stegemeier
EMULSIFICATION AND DEMULSIFICATION IN OIL RECOVERY, Pages 93-100, Kenneth J. Lissant
RECENT ADVANCES IN THE STUDY OF LOW INTERFACIAL TENSIONS, Pages 101-118, James C. Morgan, Robert S. Schechter, William H. Wade
MOLECULAR THEORIES OF INTERFACIAL TENSION, Pages 119-159, K.E. Gubbins, J.M. Haile
INTERFACIAL RHEOLOGICAL PROPERTIES OF FLUID INTERFACES CONTAINING SURFACTANTS, Pages 161-203, D.T. Wasan, V. Mohan
PHYSICO–CHEMICAL ASPECTS OF ADSORPTION AT SOLID/LIQUID INTERFACES: I. Basic Principles, Pages 205-251, P. Somasundaran, H.S. Hanna
PHYSICO–CHEMICAL ASPECTS OF ADSORPTION AT SOLID/LIQUID INTERFACES: II. Mahogany Sulfonate/Berea Sandstone, Kaolinite, Pages 253-274, H.S. Hanna, P. Somasundaran
THE ADSORPTION LOSSES OF SURFACTANTS IN TERTIARY RECOVERY SYSTEMS, Pages 275-291, E.W. Malmberg, L. Smith
THE STRUCTURE, FORMATION AND PHASE–INVERSION OF MICROEMULSIONS, Pages 293-337, D.O. Shah, V.K. Bansal, K. Chan, W.C. Hsieh
SOME THERMODYNAMIC ASPECTS AND MODELS OF MICELLES, MICROEMULSIONS AND LIQUID CRYSTALS, Pages 339-382, John P. O'Connell, Robert J. Brugman
SOME PHYSICOCHEMICAL ASPECTS OF MICROEMULSION FLOODING: A REVIEW, Pages 383-437, Ronald L. Reed, Robert N. Healy
FLOWS OF POLYMERIC SOLUTIONS AND EMULSIONS THROUGH POROUS MEDIA—CURRENT STATUS, Pages 439-451, Arthur B. Metzner
SOLUBLE OILS FOR IMPROVED OIL RECOVERY, Pages 453-485, L.W. Holm
FLOW OF POLYMERS THROUGH POROUS MEDIA IN RELATION TO OIL DISPLACEMENT, Pages 487-509, B.B. Sandiford
MECHANISMS OF POLYMER RETENTION IN POROUS MEDIA, Pages 511-554, G. Paul Willhite, Jose G. Dominguez
MICELLAR FLOODING: SULFONATE–POLYMER INTERACTION, Pages 555-575, Scott P. Trushenski
Index, Pages 577-578