文献类型：期刊文献

中文题名：耐高温压裂液及其添加剂研究进展

英文题名：Research Progress of High Temperature Resistant Fracturing Fluid System and Additives

作者：许可[1];侯宗锋[2];翁定为[1];刘卫东[1];石阳[1];方波[2];卢新卫[1]

机构：[1]中国石油勘探开发研究院,北京100083;[2]华东理工大学化工学院,上海200237

年份：2022

卷号：51

期号：4

起止页码：936

中文期刊名：当代化工

外文期刊名：Contemporary Chemical Industry

收录：CSTPCD

基金：国家自然科学基金,超深层新型抗高温聚合物冻胶压裂液及耐温减阻机制,(项目编号:51834010);国家科技重大专项课题,储层改造关键流体研发(项目编号:2017ZX05023003);中石油科技管理部项目,超高温清洁压裂液与变黏功能滑溜水研究(项目编号:2020B-4120)。

语种：中文

中文关键词：储层改造;高温压裂液;聚合物;交联剂;瓜尔胶

外文关键词：Reservoir stimulation;High temperature fracturing fluid;Polymer;Crosslinking agent;Guar gum

摘要：我国在深层油气井高效勘探开发方面取得了显著进步,储层改造作为高温深层勘探开发核心“利器”,对压裂液提出了强劲需求。高温油气田储层水力压裂的液体体系主要分为两种:天然生物胶压裂液和人工合成高分子压裂液。耐高温压裂液体系主要由耐高温稠化剂、耐高温交联剂和温度稳定助剂等添加剂组成。基于室内研究与大量文献基础上,综述了近年来耐高温压裂液体系、耐高温稠化剂、耐高温交联剂和温度稳定助剂在我国的研究应用和最新进展,指出了目前使用的耐高温压裂液存在的缺点和局限性,提出了开发耐高温压裂液技术的技术方向建议。
China has made significant progress in the efficient exploration and development of deep-seated oil and gas wells. Reservoir reformation, as the core "weapon" of high-temperature deep-seated exploration and development, puts forward a strong demand for fracturing fluids. The ultra-high temperature fracturing fluid system developed in my country is mainly divided into two types: ultra-high temperature guar gum fracturing fluid and ultra-high temperature synthetic polyacrylamide fracturing fluid. The high temperature resistant fracturing fluid system is mainly composed of high temperature resistant thickener, high temperature resistant crosslinking agent and temperature stabilizing additives and other additives. Based on indoor research and a large amount of literatures, the research and application of high temperature resistant fracturing fluid system, high temperature resistant thickener, high temperature resistant crosslinking agent and temperature stabilizing additives in my country in recent years were summarized, and shortcomings and limitations of the high-temperature resistant fracturing fluid were pointed out, the technical direction of the development of high-temperature resistant fracturing fluid technology was proposed.