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CO_2 as a Geological Working Fluid: Enhancing Oil Recovery from Unconventional Resources

机译：CO_2作为地质工作流体：加强来自非传统资源的石油回收

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The Department of Energy's portfolio of research projects focused on developing a better understanding of the relationships between hydraulic fracturing treatment design and unconventional oil and natural gas (UOG) recovery is delivering new insights into how operators can improve recovery in UOG plays. Recovering the maximum amount of the U.S. oil and natural gas endowment is a key element of any effort to boost domestic energy production and strengthen America's energy dominance. The Department of Energy's (DOE) National Energy Technology Laboratory (NETL) Advanced Unconventional Oil & Natural Gas Technology Program includes more than a dozen recently completed and ongoing research projects as well as a number of recently awarded projects focusing on CO_2 enhanced oil recovery. Several new projects involve partnerships with producers to conduct research in field laboratory wells during drilling, well completion, and production operations that involved CO_2 utilization.
机译：能源部门的研究项目组合专注于制定更好地了解液压压裂处理设计和非传统石油和天然气（UOG）恢复之间的关系，正在进行进入运营商如何改善UOG播放恢复的新见解。恢复美国石油和天然气禀赋的最大金额是促进国内能源生产和加强美国能源优势的任何努力的关键因素。能源部（DOE）国家能源技术实验室（NetL）先进的非传统石油和天然气技术计划包括十多个最近完成和正在进行的研究项目，以及一些最近授予的项目，专注于CO_2增强的石油恢复。有几个新项目涉及与生产者在钻井，完善和涉及CO_2利用的生产操作中进行现场实验室井的研究。

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