1) profiling/flooding agent
调驱剂
1.
Two combinational organic profiling/flooding agents, DK1 and DK2, are developed for the purpose of injectivity profile modification in nearbor zones of injection wells and indepth reservoir permeability control in polymerflooding reservoirs.
针对聚合物驱油田注入井近井地带调剖和储层深部调剖的需要,开发了有机复合调驱剂DK 1和DK 2。
2) Permeability profile modifying/flooding agent
调驱剂
1.
The applicability of weak gels of 2 different polymers and crosslinkers is investigated as permeability profile modifying/flooding agent in standard reservoir conditions of Shengli (temperature 70℃ and TSD of formation water 7 277 mg/L).
考察了不同聚合物和交联剂的水基弱凝胶作为调驱剂在胜利油田平均地层条件下 (温度 70℃ ,地层水矿化度72 77mg L)的适用性。
3) oil displacement profile control agent
调驱剂
1.
Super absorbent resin(SAR),mainly consisting of polyacrylate, is a kind of oil displacement profile control agent.
制得以丙烯酸盐为主体的吸水性树脂(SAR)用作油田调驱剂。
2.
Super absorbent resin(SAR),mainly consisting of polyacrylate,is a new kind of oil displacement profile control agent.
文中以聚丙烯酸盐为主体合成的吸水性树脂是一种新型油田调驱剂 ,它是以丙烯酸、丙烯酰胺为反应单体 ,以N ,N 亚甲基双丙烯酰胺为交联剂 ,并加入聚乙烯醇 ,在 6 0℃下以过硫酸铵 /亚硫酸氢钠为引发剂合成的吸水性树脂。
4) profiling/flooding fluid
调驱剂
1.
An amphoteric polymer in-situ gelling fluid as profiling/flooding fluid for EOR in higher temperature oil reservoirs is developed with p-substituted phenol/hexamethylenetetraamine(HMTA) as low toxic crosslinker.
采用低毒性的对位取代苯酚+六亚甲基四胺为交联剂,制备了在高温地层内交联成胶的两性聚合物凝胶调驱剂。
5) flooding fluid for indepth permeability control
调驱剂
1.
HPAM/Zr4+ weak gel as flooding fluid for indepth permeability control in reservoirs of low temperature was prepared in laboratory.
室内研制了一种低温HPAM／有机锆弱凝胶调驱剂,考察了HPAM和有机锆交联剂浓度以及温度对弱凝胶粘度的影响。
6) deep oil displacement and profile control agent
深部调驱剂
1.
A deep oil displacement and profile control agent CDG for features of Shengtuo Oilfield was prepared with partially hydrolytic polyacrylamide (HPAM) and organic chrome cross linker XE - 1 as main materials.
根据胜坨油田高含水期提高原油采收率的要求,针对其高温、高矿化度、非均质性严重等油藏地质特点,在探讨弱凝胶调驱技术原理的基础上,制备了以部分水解聚丙烯酰胺(HPAM) 和有机铬交联剂XE-1为主剂的CDG深部调驱剂体系。
补充资料：调驱
1.犹调遣。
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