1) adjustment well
调整井
1.
Optimization and control for completion pressure system and cementing technology of adjustment wells;
调整井完井压力系统及固井工艺的优化与控制
2.
Formation pressure prediction method for adjustment wells;
调整井地层压力预测方法研究
3.
Study and application of adjustment well cementing in Baise Oilfield;
百色油田调整井固井技术研究与应用
2) adjustment wells
调整井
1.
Influence factors and countermeasure of cementing quality of adjustment wells in Henan Oil Region;
影响河南油区调整井固井质量的因素及对策
2.
Optimization and Usage of Antichannelling Cement Slurries for Cementing Adjustment Wells;
调整井防窜水泥浆体系的优选与实践
3.
The authors have analyzed the problems and difficulties in cementing technology of adjustment wells in Daqing Oilfield, introduced the development status and expatiated on the application of basic cementing theory, geological prediction and control technique, cement and additives, cementing tools in adjustment wells, while putting forward the research target of cementing technology.
分析了大庆油田调整井固井技术难点和存在问题,介绍了调整井固井技术的发展状况,阐述了固井基础理论、地质预测与控制技术、固井水泥及外加剂、固井工具等在调整井固井技术中的应用,并提出了大庆油田调整井固井技术的研究方向。
3) adjust well
调整井
1.
The exactly and logical design of the density of drilling liquid is the most important it safe drilling and the protection of oil/gas stratum during the adjust well drilling.
调整井钻井中,正确合理的进行钻井液密度设计,对于安全钻井和保护油气层至关重要。
5) pattern modification
井网调整
1.
Study on pattern modification of low Permeability reservoir for improving recovery factor;
低渗透油藏提高采收率的井网调整研究
6) well pattern adjustment
井网调整
1.
In consideration of its characteristics, different measures are taken for well pattern adjustment and tapping the potential at different production stages.
高集油田是江苏油田西斜坡中部的一个中低渗的小断块油藏,针对其特点,在不同的开采阶段采取了不同的井网调整和挖潜措施,实施了初期开发概念设计、稳产过程中局部井网调整、分层注水、递减期井网重组和挖掘剩余油等具体做法,油田连续稳产6年,取得了较好的开发效果。
2.
Through integral well pattern adjustment, the producing level of waterflooding is raised in the reservoirs of category I and II, with 12% of waterflooding producing level increase, 5.
1个百分点,开发效果得到了明显改善,对同类油藏开发井网调整具有一定的指导意义。
3.
The traditional well pattern adjustment technologies such as infill drilling and subdivision of series of strata are not suitable in the circumstances.
在严重的油藏非均质情况下，高含水开发期，双河油田地下剩余油潜力具有“厚度薄、分布零散、面积小、油层物性差、驱替能量低”的特点，再采用加密、层系细分等传统井网调整技术来挖掘这部分潜力，经济效益变差。
补充资料：白银有色金属公司深部铜矿主井和副井
白银有色金属公司深部铜矿主井和副井
白银有色金属公司深部铜矿主井和副井
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