1) combined chemical flooding
化学复合驱油
2) Combinational Chemical Flooding Reservoirs
化学复合驱油藏
3) combination chemical flooding
复合化学驱
4) chemical combination flooding
化学复合驱
1.
This paper mainly describes the potential evaluation results of the Jilin Oilfield chemical combination flooding,which is that the main potential areas are in the Class II reservoir conditions,the channeling of chemical displacing agents is affected by the constraint condition of field application in Jilin Oilfield chemical combintion flooding.
主要阐述了吉林油田化学复合驱的潜力评价结果,主要潜力区在Ⅱ类油藏条件,化学驱替剂的窜流是影响吉林油田化学复合驱矿场应用的限制条件;调剖技术控制化学剂的窜流对化学复合驱的起技术支撑作用,通过物理模拟实验阐述调剖时机、调剖剂性能对化学复合驱调剖效果的影响,高强度堵剂调剖、先调后驱的调剖效果好;通过调剖剂性能和适应性分析吉林油田现有的成熟调剖剂不适合直接应用于化学驱调剖,提出适合吉林油田Ⅱ类潜力区油藏条件的化学驱调剖剂研究方向。
5) ASP flooding
复合驱油
1.
An HPLC method for the analysis of surfactant PS concentration in injected produced liquor has been established to meet the need of ASP flooding developed in Gudao West Block of Shengli Oilfield, with a minimum detectable limit of 0.
实践证明 ,该方法的建立为油田的复合驱油配方设计、注入方案调整、产品质量监控及驱油机理研究等提供了有力的技术支持。
6) chemical flooding
化学驱油
1.
The characteristics of residual oil distribution are described using core analysis,logging,numerical simulation,performance analysis,reservoir engineering and microscopic displacement to optimize chemical flooding effect.
针对锦16块储层非均质性较强,剩余油分布零散的特点,为保证其化学驱油效果,实现优化部署,重点开展了以流动单元研究为基础的精细地质特征研究,同时采用了岩心分析、测井、数值模拟、动态分析、油藏工程概算、微观驱替等方法,全面、细致地描述了试验区剩余油分布的规律及特点。
2.
With the development of EOR (enhanced oil recovery) technology, chemical flooding technique has been switched from single chemical agent to complex chemical fluid to displace oil.
化学驱油技术已从单一化学剂驱油发展到了复杂化学流体复合体系驱油。
3.
The result showed that the surfactant was applicable for chemical flooding for She 22 Block,it was compatible well with the recycled produced water and showed good solubility and salt resistance.
结果表明,羧酸盐类表面活性剂适合曙22块化学驱油用剂,其与回注污水具有较好的配伍性及较好的溶解性和抗盐性。
补充资料：复合驱
分子式：
CAS号：
性质：在第三次采油中，将两种或两种以上的化学药剂复配作为驱油剂的一种方法。例如ASP法，即碱/表面活性剂/聚合物复合驱油法，已成为三次采油的重要方法。
CAS号：
性质：在第三次采油中，将两种或两种以上的化学药剂复配作为驱油剂的一种方法。例如ASP法，即碱/表面活性剂/聚合物复合驱油法，已成为三次采油的重要方法。
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