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智能优化技术在CO_(2)地质埋存与利用中的应用 被引量:1

Application of intelligent optimization technology in CO_(2) geological storage and utilization
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摘要 将CO_(2)地质埋存与利用(CGUS)的实际工程问题同智能优化理论技术相结合,可以使CO_(2)的利用率和油气藏采收率达到最大,经济利益最大化。介绍了可供CO_(2)地质埋存的封存地点,油气藏的CO_(2)地质埋存潜力及主要的埋存项目,综述了利用智能优化技术联合优化采收率与埋存量的研究现状,对比了不同智能优化技术的优缺点。结合井位优化、注采优化和代理模型优化技术在减缓泄漏风险方面的应用,得出了适合用于CO_(2)地质埋存与利用的智能优化技术,并提出进一步需要解决的问题。 Combining the practical engineering problems of CO_(2)geological storage and utilization with intelligent optimization technology can maximize CO_(2)utilization rate,oil and gas reservoir recovery and economic benefits.The suitable storage sites for CO_(2)geological storage,the potential of CO_(2)geological storage for oil and gas reservoirs and the main storage projects are introduced.The research status of intelligent optimization technology in joint optimization of recovery and storage stock is reviewed.The advantages and disadvantages of different intelligent optimization technologies are compared.Combined with the application of well location optimization,injection and production optimization and surrogate model optimization technology in mitigating leakage risk,the intelligent optimization technology suitable for CO_(2)geological storage and utilization is obtained,and the future development trends are put forward.
作者 侯智玮 HOU Zhiwei(Liaohe Oilfield Exploration and Development Research Institute,Panjin 124010,China)
出处 《能源化工》 CAS 2021年第5期12-18,共7页 Energy Chemical Industry
关键词 智能优化技术 二氧化碳 地质埋存与利用 油气藏 埋存安全 intelligent optimization technology CO_(2) geological storage and utilization oil and gas reservoir storage security
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  • 1魏一鸣,等.中国能源报告[M].北京:科学出版社,2006.
  • 2Winter E M. 2001. Availability of depleted oil and gas reservoirs for dis- posal of carbon dioxide in the United States [J]. Energy Conversion and Management,34(6):1177-1187.
  • 3Agustssen H,Grinestafr G H. 2004. A Study of IOR by CO2 Injection in the Gullfaks Field [ C ]. SPE 89338,121 - 122.
  • 4Bachll S, Shaw J C. 2004. Estimation of Oil Recovery and CO2 Storage Capacity in CO2 EOR Incorporating the Effect of Underlying Aquifers [C]. SPE 89340,13.
  • 5Bachu S, Stewart S. 2002. Geological storage of anthropogenic carbon dioxide in the Western Canada Sedimentary Basin : Suitability analysis [J]. Journal. of Canadian Petroleum Technology ,41 (2) : 32 - 40.
  • 6Bachu S. 2003. Evaluation of the CO2 sequestration capacity in oil and gas reservoirs at depletion and the effect of underlying aquifers-Journal [ J]. Petroleum Technology,42(9) : 51 -61.
  • 7Bond L P L. 2003. Applications of carbon dioxide in enhanced oil recover- y,energy conversion and management [ J]. Journal of Canadian Petroleum Technology ,33 ( 2 ) :579 - 586.
  • 8Doughty C, Pmuss K, Shf BenSOIL,et al. 2000. Capacity investigation of brine-bearing sands of the Frio Formation for geologic storage of CO2 [ J ]. Journal of Oil and Gas, 12 (9) : 11 - 15.
  • 9Espie A A. 2003. Obstacles to the storage of CO2 through EOR operations in the North Sea [ J]. Greenhouse Gas Control Technologies,20(9) : 68 - 70.
  • 10Kovseek A R. 2003. Screening criteria for CO2 storage in oil reservoirs [J].Petroleum Science and Technique,20 (7 - 8 ) : 841 - 866.

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