估计PFAS处理缅因州饮用水的温室气体排放量

B. McAlexander, O. Apul, Mitchell R. Olson, J. MacRae
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引用次数: 0

摘要

州法律要求在2024年6月1日之前采用饮用水中PFAS污染的最大污染物水平(MCL)。虽然关于缓解备选办法的讨论包括降低风险的程度和处理费用,但谈话中没有提到间接的环境影响。在其他技术开发出来之前,缅因州的水处理很可能依赖于现有的、能源密集型的PFAS吸附(结合)颗粒活性炭的方法。我们进行了一项与使用这种处理介质进行水处理相关的温室气体排放清单,以填补讨论中的空白。我们发现,为了将PFAS降低到目前的临时标准,水处理过程中的温室气体排放量很大,平均每个用户的碳足迹增加了6.7 - 18%。我们使用这些信息来讨论对政策制定的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Estimated Greenhouse Gas Emissions from PFAS Treatment of Maine Drinking Water
State law requires the adoption of a maximum contaminant level (MCL) for PFAS contamination in drinking water by June 1, 2024. While discussion of mitigation options has included the degree of risk reduction and the cost of treatment, indirect environmental effects are missing from the conversation. Until other technologies are developed, water treatment in Maine will likely rely on the established, energy-intensive method of PFAS adsorption (binding) to granular activated carbon. We conducted an inventory of greenhouse gas emissions associated with water treatment using this treatment media to fill gaps in the discussion. We found that greenhouse gas emissions for water treatment to bring PFAS down to the current interim standard are substantial, raising the footprint of an average user by 6.7–18 percent. We use this information to discuss implications for policymaking.
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