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Integrated characterization of a trichloroethylene contaminant plume in a basalt aquifer

机译:玄武岩含水层中三氯乙烯污染羽流的整合表征

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The Idaho Universities Research Consortium through the Idaho Water Resources Research Institute is conducting an interdisciplinary scientific investigation of a trichloroethylene (TCE) contaminant plume located in a portion of the Snake River Plain Aquifer. The purpose of the research is to characterize the biological and physical systems intrinsic to the specific area of concern and develop a holistic model of how those naturally occurring processes influence the fate and transport of the contaminant plume within the basalt aquifer. The research focuses on evaluating intrinsic remediation of the plume by further understanding the hydrogeology, microbiology, and geochemistry of the fractured rock media of the Snake River Plain aquifer. The data is being used to determine if natural attenuation and/or biotechnology can be used as an acceptable alternative for environmental remediation of contaminants in fractured rock aquifers. Over forty researchers from the University of Idaho, Idaho State University, and Boise State University are involved in this integrated research effort.
机译:爱达荷大学通过爱达荷州水资源研究所研究联盟正在进行位于蛇河普通含水层的一部分中的三氯乙烯(TCE)污染羽流的跨学科科学调查。该研究的目的是将生物和物理系统特征在于特定的关注区域,并开发了天然存在的过程如何影响玄武岩含水层内污染羽毛的命运和运输的整体模型。该研究侧重于通过进一步了解蛇河普通含水层的骨折岩石媒体的水文地质,微生物学和地球化学来评估羽毛的内在修复。该数据用于确定自然衰减和/或生物技术是否可以用作裂缝岩含水层中污染物的环境修复的可接受的替代方案。来自爱达荷州爱达荷大学,爱达荷州大学和博伊斯州立大学的四十次研究人员参与了这一综合研究工作。

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