1) injection-production system adjustment
注采系统调整
1.
Research on injection-production system adjustment technique in fractured and low permeable reservoirs;
裂缝性低渗透油藏注采系统调整技术研究
2.
This paper chooses Bei 3 Dong area which has the highest water cut and most serious conflict of water flooding development to perform injection-production system adjustment and seek for new method for improving development effect in ultra-high water cut stage.
萨北开发区已进入特高含水期采油阶段,选取含水最高且水驱开发矛盾较为突出的北三区东部进行注采系统调整,探索特高含水期改善开发效果的新途径,这也是萨北开发区进入特高含水期后首次开展的大规模水驱调整。
3.
To solve the problems above,some measures have been taken successively in the reservoir,such as synthesized fracture research,integrated infill adjustment,injection-production system adjustment,multiple fracturing,reservoir pollution relieving,etc.
针对以上问题,油藏先后采用了裂缝综合研究、整体加密调整、注采系统调整、压裂及重复压裂、解除油层污染等调整措施,油藏开发效果明显改善,采油速度提高到1。
2) injection production system adjustment
注采系统调整
1.
This paper proposes that it is unfavorable to stress on areal geometric change in the injection production system adjustment process of low permeable narrow sand body oil field.
根据低渗透窄小砂体油田砂体规模小、分布零散、单井钻遇层数少 ,油层薄、厚度小等发育特点 ,提出了低渗透窄小砂体油田注采系统调整过程中 ,过分强调平面几何形态规则变化是不利的 ,不能完全套用砂体大面积分布油田的调整方法 ,应依靠分砂体研究完善单砂体注采系统 ,采用不规则井点点状注水 ,同时配合油水井工作制度配套调整 ,在实践中应用并收到很好的效果 ,改善了窄小砂体薄差层油田开发效果 ,在同类油藏开发中具有实用价
3) injection-production system adjustment in faulted layer region
断层区注采系统调整
4) injection and production adjustment
注采调整
1.
Method and effect of injection and production adjustment at the later stage of extremely high water cut recovery forⅥproducing section in Shuanghe oilfieldv
双河油田Ⅵ油组特高含水开发后期注采调整的做法及效果
5) injection-production system
注采系统
1.
Corrosion and scaling prevention in injection-production system in Jilin oilfield;
吉林油田注采系统腐蚀、结垢防治技术
2.
Research on adaptability evaluation and adjustment mode of injection-production system of Lasaxing Oilfield;
喇萨杏油田注采系统适应性评价及调整方式研究
3.
However Pubei oilfield hasn’t developed injection-production system regulation in high water cut stage, so it is necessary to develop the research of injection-production system regulation method.
而葡北油田进入中高含水期的注采系统调整还没有开展过,因此,很有必要开展注采系统调整方法研究,通过开辟试验区以求找到最适应现开采条件下的调整方法,最大限度的提高水驱控制程度,增加原油可采储量,为油田可持续发展奠定物质基础。
补充资料：电力系统电压逆调整
电力系统电压逆调整
reversing adjustment of electric power sys-tem voltage
-.，~、，。叼，lyu 1lltlOOZneng电力系统电压逆调井(reversing adjustmentof electrie卯wer system volta罗)按规定的运行电压允许偏差，在电力系统高峰负荷时期将电压中枢点的电压调整到电压曲线(见电压中枢点)上限，在低谷负荷时期将电压调整到电压曲线下限的电压调整方法。 电力系统在高峰负荷时，输电线和变压器的传输功率大，它们的电压损耗也大，用户处的电压偏低;在低谷负荷时，输电线和变压器的传输功率小，它们的电压损耗也减小，用户处的电压偏高。为了保持较好的供电电压质量、减小用户处的电压变化幅度，要求电力系统实行逆调压。电力系统实现逆调压应具备的一些条件:①要有合理的电网结构，尤其是供电网和配电网要根据负荷密度确定合理的供电半径;②要有充足的、布局合理的无功电源;③要有足够容量的能进行双向调节(既能发出无功功率，又能吸收无功功率)的无功补偿装置.如调相机、装有并联电抗器的电容器组、静止无功补偿器等;④运行中灵活调节电压幅值和相角的设备，如带负荷调压变压器、移相变压器等;⑤配电网中装设可投切的电抗器。
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