石油与天然气化工Issue(2)：174-178,5.DOI:10.3969/j.issn.1007-3426.2014.02.014
高浓度三元复合体系性能评价及机理分析
Performance evaluation and mechanism analysis of ASP system with high concentration
摘要
Abstract
Aiming at actual demand of oilfields ,the viscosity ,interfacial tension ,static ad-sorption property , rheological behavior and flow characteristics of alkali/surfactant/polymer (ASP) system have been evaluated through instrument test and theoretical method .The results showed that with the increase of alkali concentration ,viscosity and interfacial tension of ASP sys-tem decreased .With the increase of surfactant concentration ,viscosity and interfacial tension of ASP system decreased .With the increase of surfactant concentration ,viscosity of ASP system first decreased then increased ,and interfacial tension decreased .In the ASP system ,static ab-sorption of surfactant was the largest ,then alkali followed and polymer came last .With the in-crease of alkali concentration ,viscoelasticity of ASP system decreased .Surfactant had little im-pact on the viscoelasticity of Asp system .As is showed in flow characteristics experiments ,re-sistance coefficient and residual resistance coefficient of ASP system decreased after descaling of solvent water .With the decrease of alkali concentration ,polymer concentration increased and core permeability decreased ,resistance coefficient and residual resistance coefficient of ASP sys-tem increased .With the increase of surfactant concentration ,resistance coefficient and residual resistance coefficient of ASP system first decreased then increased .关键词
三元复合体系/黏度/界面张力/静吸附/流变性/阻力系数/机理分析Key words
ASP system/viscosity/interfacial tension/static adsorption/rheological behav-ior/resistance coefficient/mechanism analysis分类
能源科技引用本文复制引用
牛丽伟,卢祥国,李建冰,杨敏,胡勇,胡淑琼,苑胜旺..高浓度三元复合体系性能评价及机理分析[J].石油与天然气化工,2014,(2):174-178,5.基金项目
中国石油吉林油田公司重点科技攻关课题“西5-16区块聚合物驱油藏工程试验研究”（JS10-W-13-JZ-05-09）。 （）
