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- W1992880051 abstract "Abstract Synergism is demonstrated among several bicomponent water soluble polymer systems used to thicken water for improved oil recovery. Extensive screening experiments indicate viscosity and screen factor synergisms are unpredictable from chemical nature and structure of the polymers. In some cases screen factor synergism carries over to improved oil recovery in Berea core floods under Maraflood TM process conditions. Several synergistic polymer systems offer potentials for economic savings and potentials for economic savings and operational flexibility together with improved oil recoveries under both secondary and tertiary flooding conditions. Introduction Our attention is largely directed toward tertiary recovery systems using the Maraflood process. This paper summarizes our laboratory investigations and results with bicomponent water-soluble high molecular weight polymer mixtures for improved oil recovery under enhanced recovery conditions. A review of the literature suggested the potential of significant synergism in viscosity. We were impressed by the disparity between the viscosity and screen factor measurements in some systems and decided to give more weight to the latter measurement. We found that screen factor measurement is a useful screening tool that has led us to a number of synergistic systems which give improved oil recovery under laboratory conditions. Studies of many systems indicated that screen factor synergism in bicomponent polymer systems is very rare, unpredictable and not directly correlated with the chemical nature and structure of the polymers under investigation. EXPERIMENTAL REAGENTS. Materials investigated are summarized in Table 1. Viscosities and screen factors were determined in deionized water and a soft water formulation (Palestine water)." @default.
- W1992880051 created "2016-06-24" @default.
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- W1992880051 date "1975-09-28" @default.
- W1992880051 modified "2023-09-26" @default.
- W1992880051 title "Synergism in Thickened Water Systems for Improved Oil Recovery" @default.
- W1992880051 doi "https://doi.org/10.2118/5550-ms" @default.
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