Investigation on Effect of Enzyme on Oil-Brine Emulsification

Tinuola Udoh, Osadebamen Aigbodion
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Abstract

In this paper, the capacity of enzyme to influence brine-in-oil and oil-in-brine emulsions was investigated. The emulsion stability index method was used to monitor the effect of varied enzyme concentrations (1-, 5- and 10 wt.%) on oil-brine emulsion stability and separation process. The result of the study shows that the addition of different concentrations of enzyme to oil-brine mixtures enhanced the mixing and separation of the emulsions at varied capacities. Faster oil-brine separation was observed with increase in enzyme concentrations, but better mixing and higher emulsion stability was observed with lower concentration of enzyme. The result of this study is of a great significance to enzyme enhanced oil recovery application process in which good oil-brine mixture is require for the recovery of the residual oil saturation from the reservoir rock pores and the separation of oil and brine that is required after production at the surface.
酶对油卤乳化作用的研究
本文研究了酶对油中盐和油中盐乳状液的影响。采用乳状液稳定性指数法监测不同酶浓度(1-、5-和10 wt.%)对油卤乳状液稳定性和分离过程的影响。研究结果表明,在油卤混合物中加入不同浓度的酶能促进不同容量乳剂的混合和分离。随着酶浓度的增加,油卤分离速度加快,酶浓度越低,混合效果越好,乳化稳定性越好。该研究结果对酶提采油应用工艺具有重要意义,在酶提采油工艺中,需要良好的油卤混合,才能从储层岩石孔隙中采出残余饱和油,并在地面生产后实现油卤分离。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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