Micellar/polymer Flooding Experiments and Comparison with an Improved 1-D Simulator, Part 2

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University of Texas at Austin, 1983 - Oil field flooding - 594 pages

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Contents

Section 1
373
Section 2
375
Section 3
383

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Micellar/polymer Flooding Experiments and Comparison with an ..., Part 1
Dominic Camilleri
Snippet view - 1983

Common terms and phrases

ABPERM ADSORPTION alcohol AQUEOUS PHASE binodal curve Brine CALCIUM CALCULATE CALL PLOTS 0,0,5LPLOTR CALL PLOTZ2 Chemical COMMON COMMON/SOL CONCENTRATION TOTAL CONCENTRATION/CN CSEL CSEOP CSEP CSEU CUT OR OIL DATA DCSE effective salinity Enhanced Oil Recovery EPSME EPSMOB equation experimental FIGURE Flooding FORMAT FRACTIONAL DISTANCE FRACTIONAL FLOW GO TO 20 ICT1 ICT2 IERROR INPUT interfacial tension IPLT IPMAX IPPLOT LINTYP NCOMP NFIG=NFIG+1 NPHASE 42 NUMBER NVECT OIL CONCENTRATION OLEIC PHASE P. V. INJECTED P2RW PARAMETERS PERM phase behavior PHASE CUT PHASE MICROEMULSION PHASE plait point POLYMER PORE VOLUMES Porous Media PRINT PROFILES AT 50 relative permeability RESIDUAL SATURATION S1RW S2RW SHEAR RATE Simulation SLUG SPEJ SUBROUTINE SURFACTANT CONC SYMZT TOTAL SURFACTANT Type VISCOSITY WATER PHASE YLABEL YLEGND YLEGND(3 იიი იიი იიი

Bibliographic information

TitleMicellar/polymer Flooding Experiments and Comparison with an Improved 1-D Simulator, Part 2
Micellar/polymer Flooding Experiments and Comparison with an Improved 1-D Simulator, Dominic Camilleri
AuthorDominic Camilleri
PublisherUniversity of Texas at Austin, 1983
Length594 pages
  
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