CAJ | 학술논문

安塞油田属典型的“低压、低渗、低产”油藏，新建油井只有通过压裂改造方能投产，大部分老井需进行重复改造保证持续稳产。为此，自20世纪80年代以来，积极探索和完善了安塞油田压裂工艺，已基本形成了控水和体积压裂两大技术体系。回顾了安塞油田压裂工艺进展，并分析了现有工艺技术的适应性，指出了下步发展方向，旨在为同类油藏压裂改造提供借鉴和参考。
안새유전속전형적“저압、저삼、저산”유장，신건유정지유통과압렬개조방능투산，대부분로정수진행중복개조보증지속은산。위차，자20세기80년대이래，적겁탐색화완선료안새유전압렬공예，이기본형성료공수화체적압렬량대기술체계。회고료안새유전압렬공예진전，병분석료현유공예기술적괄응성，지출료하보발전방향，지재위동류유장압렬개조제공차감화삼고。
Ansai oilfield is a typical low-permeability ,low pressure ,and low productivity res-ervoir .The new oil well only can be built by fracturing ,and most of other wells still need multi-ple fracturing to improve its productivity .Therefore ,the fracturing technology has being actively explored and improved since the 1980s in Ansai oilfield ;and has been basically formed two tech-nical systems as“water control”and“volume fracturing” .This paper reviews the development of fracturing ,analyses the existing technology adapted in Ansai oilfield ,and points out developing direction of fracturing technology in order to provide the reference for the similar reservoir .