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TOOL FOR OPTIMIZING CHLORINATED-SOLVENT BIOREMEDIATION THROUGH INTEGRATION OF CHEMICAL AND MOLECULAR DATA WITH ELECTRON AND ALKALINITY BALANCES
TOOL FOR OPTIMIZING CHLORINATED-SOLVENT BIOREMEDIATION THROUGH INTEGRATION OF CHEMICAL AND MOLECULAR DATA WITH ELECTRON AND ALKALINITY BALANCES
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机译:通过化学和分子数据与电子和碱度平衡的整合来优化氯化物溶剂生物修复的工具
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摘要
A prediction and assessment tool for bioremediation performance based on a comprehensive understanding of the link between chemical flow and microbial community interactions includes linking molecular microbial ecology data with electron and alkalinity balances to make it possible to understand dechlorinating microbial communities and their metabolic processes. The interactions of biological processes and site mineralogy result in changes to alkalinity and pH that can lead to incomplete reductive dechlorination resulting from suboptimal pH. Understanding these interactions allows for strategies to predict expected bioremediation outcomes and/or to mitigate incomplete reductive dechlorination.
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