CO2驱油封存研究与应用现状综述

Research progress and application of CO2 flooding oil storage: A review

  • 摘要: CO2驱油封存技术(CO2-EOR)具有十分可观的驱油及CO2减排效果,对于缓解全球气候变暖、实现我国双碳目标及可持续发展战略具有重要意义。统计国内外现有10万t及以上的CO2-EOR工程案例,重点介绍我国典型的CO2-EOR项目,探究CO2-EOR项目实施过程中技术匹配、安全监测、经济成本约束发展、法律政策优惠等方面存在的问题,结合现有技术展望我国CO2-EOR技术未来发展趋势。我国的CO2-EOR技术起步较晚,与欧美发达国家相比有一定差距,缺乏大规模CO2-EOR商业化应用项目,未来需在现有的研究基础上吸收国外的研究经验,通过引进人工智能优化全流程CO2驱油封存与提高采收率协同技术,加强CO2泄露风险识别与控制、CO2动态监测等核心技术,加快建设大规模商业化产业化的CO2-EOR工程项目。

     

    Abstract: The CO2 flooding and sequestration technology displays significant effect in CO2 emission reduction and oil displacement, which could alleviate global warming, achieve China's dual carbon goals and sustainable development. This study reviews existing CO2-EOR projects with 100 000 tons and above, with a focus on domestic engineering cases. Specifically, we analyzed such major issues as technology matching, safety monitoring, economic constraints and legal policy preference in implementing CO2-EOR projects in China, and discussed its future prospects. The implementation of this technology shows a late start in China and still lags behind those in Europe and the USA due to a lack of large-scale commercialized projects. By drawing on foreign scholarly efforts, we need to optimize the whole process of CO2 flooding and storage through the introduction of artificial intelligence, upgrade CO2 leakage risk identification and control as well as CO2 dynamic monitoring to accelerate the commercialization and industrialization of large-scale CO2-EOR projects.

     

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