2) reservoir stimulation
储层改造
1.
After a series of technical researches,reservoir stimulation in Tarim Basin has been formed a set of technical system.
塔里木盆地的奥陶系碳酸盐储层为代表,储层埋藏深,温度高,闭合应力高,非均质性强,天然裂缝及孔洞发育等因素加大了储层改造的难度。
3) reservoir reconstruction
储层改造
1.
Recently, with the continuous improvement of reservoir reconstruction technology and further research on Xiazijie region in northwestern Junggar Basin, it is tackled the key problems focusing mainly on reconstruction technology for high-pressure and low-permeability reservoirs in this area, and on the basis of analysis the early fractured e.
随着近年来储层改造工艺技术的显著提高和准噶尔盆地西北缘夏子街地区区带研究的不断深入,重点针对这一地区二叠系高压、低渗透储层改造开展了技术攻关,在充分分析邻井早期压裂效果的基础上,从储层粘土矿物含量统计入手,通过压裂液配伍、压裂规模、模拟软件应用等改造工艺的细致研究和精心选择,解决了高压、低渗透储层改造难题,指导现场生产取得了重大突破,为盆地西北缘斜坡区的深化勘探提供了勘探思路。
2.
As a typical bottom water reservoir,Ansai Oilfield has great difficulty in reservoir reconstruction.
安塞油田长2油藏为典型的底水油藏,储层改造难度大,采用常规压裂工艺易导致底水上窜,甚至水淹。
4) improve the effect of development
改造储层
5) reservoir reformation
储层改造
1.
The results provide reliable parameters for Ordovician carbonate reservoir reformation.
为塔河油田奥陶系碳酸盐岩储层改造提供了较为可靠的施工参
6) fracturing
[英]['fræktʃə] [美]['fræktʃɚ]
压裂改造
1.
Optimum design of developing well network by integral fracturing the compact gas reservoir of the Jurassic Shaximiao Formation in the Xinchang gas field,Sichuan,China;
新场气田J_2s~2气藏整体压裂改造开发井网优化设计
2.
The volcanic oil reservoirs are characterized by low permeability, deep burial depth, tighter rocks, thick oil-bearing intervals and developed natural fracture and solution pores, and which have some difficulties such as high temperature of reservoir, high pumping pressure, high fluid loss, high fracture initiation gradient and high rate of sand up while fracturing.
针对辽河坳陷火山岩“低、深、硬、厚、漏”的油藏特点和“高储层温度、高施工泵压、高流体滤失、高启裂梯度、高砂堵几率”的压裂难点,确定了大排量、中低砂比、大规模、造长缝的压裂改造主导思想,以使压裂裂缝尽量多、尽量远地沟通天然微裂缝和溶孔,达到提供油流通道的目标。
补充资料：储层描述(见油气田储层评价)
储层描述(见油气田储层评价)
reseroir evaluation of oil and gas field
储层描述(reseroir evaluation of 011 and gasfield)见油气田储层评价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条