Study on Field-scale of CO2 Geological Storage Combined with Saline Water Recovery: A Case Study of East Junggar Basin of Xinjiang

Study on Field-scale of CO2 Geological Storage Combined with Saline Water Recovery: A Case Study of East Junggar Basin of Xinjiang
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野外规模CO2地质封存与盐水回收相结合的研究——以新疆东准噶尔盆地为例

DOI:
10.1016/j.egypro.2018.11.007
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发表时间:
2018-11
期刊:
Energy Procedia
影响因子:
--
通讯作者:
Wei Shao
Wei Shao
中科院分区:
其他
文献类型:
--
作者:
Xin Ma;Xufeng Li;Guodong Yang;Huang Wang;Yujie Diao;Lisha Hu;Hui Zhang;Wei Shao

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新疆是我国主要的能源产区,也是我国水资源短缺最严重的地区之一。特别是东准噶尔盆地煤电煤化工基地,碳排放和水资源短缺问题十分突出。基于准噶尔盆地东部三维非均质地质模型,开展了CO2提高采收率(CO2-EWR)的现场规模研究,以期为新疆未来CO2-EWR现场规模工程实践提供技术参考,解决碳排放和水资源短缺问题。CO2-EWR技术可以极大地缓解油藏压力恢复,最大累积CO2注入和储存量为100 Mt(仅为CO2地质储存量的3倍),最大盐水产量为129.4 Mt(仅为盐水产量的100倍)。
Xinjiang is the major energy production area, and one of the regions with the most serious water resources scarcity issues in China. In particular, the coal-fired power and coal chemical industry base in East Junggar Basin has faced severe carbon emissions and water shortages. Based on the 3D heterogeneous geologic model of the East Junggar Basin, the research of field-scale CO2enhanced water recovery (CO2-EWR) was carried out to provide technical reference for the future field-scale CO2-EWR engineering practice in Xinjiang to solve the carbon emission and water shortage issues. The CO2-EWR technology can greatly relieve the reservoir pressure buildup, with a maximum cumulative CO2injection and storage of 100 Mt (3 times more than CO2Geological Storage only) and a maximum saline water production of 129.4 Mt (100 times more than saline water production only).
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