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Kinetics of core material dissolution in the presence of inhibitors for application in geologic carbon sequestration

机译:在抑制剂存在下用于地质固碳的岩心物质溶解动力学

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摘要

With increased attention on rising carbon dioxide levels, carbon capture and sequestration (CCS) has become a commonly proposed solution. CCS has been studied for several decades, but is being researched more and more seriously as to whether it may be a viable and economically feasible long-term solution to climate change. Research conducted for this project is for application at the site of a coal fired power facility in the Black Warrior Basin of Alabama, and was funded by the DOE Recovery Act. Despite the excitement regarding CCS, some major technical obstacles exist due to the nature of working with acidic solutions and carbonate formations. This project explores the dissolution of carbonate formations while exposed to an acidic brine solution. Dissolution kinetics, with and without inhibitors, are presented and compared with modeled expectations.
机译:随着人们对二氧化碳水平不断提高的关注,碳捕获和封存(CCS)已成为一种普遍提出的解决方案。 CCS已经研究了几十年,但是对于CCS是否可能是一种可行的,经济上可行的长期解决方案,人们正在对其进行越来越认真的研究。该项目进行的研究将在阿拉巴马州黑武士盆地的燃煤发电设施现场进行应用,并由美国能源部《恢复法案》资助。尽管对CCS感到兴奋,但由于使用酸性溶液和碳酸盐地层的性质,仍存在一些主要的技术障碍。该项目探索了暴露于酸性盐水溶液中碳酸盐形成的溶解。介绍了有无抑制剂的溶出动力学,并与模拟预期值进行了比较。

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    Work Sarah Nicole;

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  • 年度 2010
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  • 正文语种 eng
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