首页> 外文会议>SPE International Heavy Oil Conference and Exhibition >In Situ Heavy Oil Upgrading by Electric Enhanced Oil Recovery,Complex Carbonate Heavy Oil Field Case
【24h】

In Situ Heavy Oil Upgrading by Electric Enhanced Oil Recovery,Complex Carbonate Heavy Oil Field Case

机译:原位重油升级电力增强的采油,复杂的碳酸盐重油田壳体

获取原文

摘要

This paper describes novel electrochemistry based in situ heavy crude oil upgrading technology and also field case and results of In Situ Oil Upgrading from Visoke Heavy Oil Field,Albania,produced oil changing chemical composition results,as well as gains in crude oil production and reducing water cut. EOR technologies such as various thermal methods,CO2 flooding and chemical floods have gained increased interest due to the decreasing number of new-field discoveries,increasing number of maturing fields and higher oil price. Among the emerging EOR technologies,electro chemical Electric Enhanced Oil Recovery is the new generation of tertiary oil recovery enhanced by electro kinetics(electro osmosis)and electro chemistry. By tailored application of direct current on hydrocarbon reservoir between two wells,which serve as anode(+)and cathode(-),usually several fold oil production increase is achieved at cathode well,while production at anode well,if production well serves as anode,stays as before or slightly increased. Method,if anode and cathode wells are cased and perforated,does not require any work over for field application,just connecting control panel with power source(3 phase 380 V,18 A,50 or 60 Hz) and electrically connecting control panel with well heads(casing or tubing)which previously should be electrically insulated by insertion of resistive tube in production line.
机译:本文介绍了基于原位大原油升级技术的新型电化学,以及visoke重油场,阿尔巴尼亚,生产油改变化学成分结果,以及原油生产和还原水的收益切。由于新现场发现数量降低,越来越多的油价增加,诸如各种热方法,二氧化碳洪水和化学洪水的EOR技术已经增加了兴趣。在新兴EOR技术中,电化学电力增强的采油是通过电动动力学(电渗透)和电化化学增强的新一代叔芦苇。通过定制两种井间烃储存器的直流电,其用作阳极(+)和阴极( - ),通常在阴极井中实现了几倍的油生产升高,而在阳极井中生产,如果生产良好用作阳极,保持在以前或略微增加。方法,如果亚孔和阴极孔被套管和穿孔,则不需要对现场应用的任何工作,只需将控制面板与电源(3相380V,18a,50或60 Hz)连接,并且电连接控制面板先前应该通过在生产线中插入电阻管的头部(壳体或管道)电阻。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号