Elevated Soil Arsenic Levels at a Former Crude Oil Storage Facility-Assessment, Remediation, and Possible Sources

D. E. Wellman, D. Reid, A. Ulery
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引用次数: 7

Abstract

Surface and near-surface soil arsenic levels were measured at a former crude oil storage facility within the greater Los Angeles area of Southern California. Arsenic was present in soil within some portions of the site at concentrations defined as being hazardous by both the State of California and the United States Environmental Protection Agency. The elevated soil total arsenic concentrations ranged from about 30 to 2300 mg/kg and generally occurred in, and adjacent to, the former washing and storage tank locations and along piping runs. In contrast, background concentrations of arsenic in soil at the site ranged from less than the analytical method detection limits (0.5 mg/kg) to approximately 8.0 mg/kg. The elevated soil arsenic concentrations are believed to be the result of the use of arsenical corrosion inhibitors within production wells and possibly the use of arsenical biocides in washing and skimmer tanks. Flow lines from production wells within the oil field to the crude oil storage facility co...
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原原油储存设施土壤砷含量升高——评估、补救和可能的来源
在南加州大洛杉矶地区的一个前原油储存设施中测量了地表和近地表土壤砷水平。该厂部分地区的土壤中存在砷,其浓度被加利福尼亚州和美国环境保护署确定为有害浓度。土壤总砷浓度升高范围约为30至2300毫克/公斤,通常发生在以前的洗涤和储罐位置及其附近以及管道沿线。相比之下,现场土壤中砷的背景浓度从低于分析方法检测限(0.5 mg/kg)到约8.0 mg/kg不等。土壤砷浓度升高的原因据信是在生产井中使用了含砷的缓蚀剂,也可能是在洗涤罐和撇油罐中使用了含砷的杀菌剂。从油田内的生产井到原油储存设施的流水线…
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