1) oil plug
油堵
1.
This paper presents the technological analysis for die forming of the oil plug for crankshaft in series 150 diesel engine, and introduces the forming technique that can effectively improve the qualified rate of the oil plug and design outline for the insert block forging die in particular.
对150柴油机曲轴油堵模锻成形进行了工艺性分析,着重介绍了可有效提高油堵合格品率的成形工艺和镶块锻模的设计要点,分析了该油堵成形工艺方法的可行性、实用性和效益性。
2) water control in production wells
油井堵水
1.
2%), and water and developed for water control in production wells and injectivity profile modification in water injection wells.
2 % )和水组成的地下聚合交联成胶体系 ,用于油井堵水和注水井调剖。
3) Production through Water Plugging
堵水采油
4) oil plugging rate
堵油率
1.
For the cores with different permeability, its water plugging rate was higher than 85% ,oil plugging rate was lower than 20% , and-selectivity was good.
对不同渗透率的岩芯,堵水剂的堵水率大于85％,堵油率小于20％,具有良好的选择性。
2.
The selective water plugging agent of cation polyacrylamide is chosen, the core simulation experiment show that, for the cores with different permeability, the water plugging rate is greater than 85% and the oil plugging rate is about 20%.
岩心模拟实验表明,对于不同渗透率的岩心,该堵剂的堵水率大于85%,堵油率在20%左右,具有良好的选择性;通过实验,对岩心的选堵机理进行了分析,选堵剂在岩心内的吸附与滞留是引起岩心渗透率下降的主要原因;水基选堵剂凝胶液优先进入含水的通道,在含水的通道内形成凝胶,从而堵塞岩心的孔道,因此多孔介质中油水通道的分离在渗透率下降不均等中起主要作用。
5) blocking removing
油层解堵
1.
This paper analyzes the mechanism of electrical pulse blocking removing and stimulation, and introduces the application of electrical pulse blocking removing technology in the low permeability reservoirs in Shuanghe oilfield at high water cut development stage.
分析了电脉冲解堵增产机理,介绍了电脉冲解堵技术在双河油田中高含水期低渗透油层解堵方面的应用情况。
6) Al-oil plug
铝油堵
1.
The 4 kinds of die forging forming technology of Al-oil plug were analyzed.
该文对超A级尺寸精度的铝油堵 4种模锻成形工艺进行了分析对比 ,形成了一套在普通模锻设备上确保超A级尺寸精度的铝油堵 1 0 0 %合格的模锻成形工艺 ,同时介绍了高效、实用和可靠的镶块锻模设计的 8项要点。
补充资料：油井堵水
见水油比控制。
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