以CO₂排放为核心的气候变化和以石油资源紧缺为核心的能源安全是制约我国社会经济可持续发展的两个重大难题。胜利油田针对CO₂捕集和大幅度提高低渗透油藏采收率的技术瓶颈开展攻关研究,形成了CO₂捕集、长距离安全输送、油藏工程优化设计、注采工艺设计、地面集输设计和驱油与环境监测等配套技术,建成了工业规模的燃煤电厂烟气CO₂捕集、驱油与地下封存全流程示范工程。工业化测试表明,开发的基于新型多氨基CO₂捕集溶剂（MSA）的捕集技术比传统的乙醇胺CO₂捕集溶剂（MEA）捕集技术成本降低35 %,高89-1区块累计注入液态CO₂ 31×10⁴ t,累增油8.6×10⁴ t,封存CO₂ 28×10⁴ t,中心井区已提高采收率9.5 %,预计提高采收率可达到17.2 %。

Climate change centering on carbon dioxide（CO₂） emissions and energy security centering on the shortage of oil resources are two major problems restricting the sustainable development of China's social economy. In order to solve the bottleneck of both the CO₂ capture and the great improvement of recovery factor of low permeability reservoir, the related technology researches have been carried out in Shengli Oilfield, forming the supporting technologies such as CO₂ capture, safe long-distance transmission, reservoir engineering optimization design, the injection-production process design, design of surface gathering and oil displacement and environmental monitoring, and building an industrial-scale demonstration project for flue gas CO₂ capture, oil displacement and underground storage of coal-fired power plants. The industrial tests show that the cost of the new MSA technology is 35 % lower than that of the traditional MEA technology. Over 31×10⁴ t of CO₂ have successfully been injected into the reservoir, with the cumulative oil increment of 8.6×10⁴ t, and 28×10⁴ t of CO₂ storaged in G89-1 block. The central well area has increased the recovery rate by 9.5 %, and the recovery rate is expected to reach 17.2 %.