Titlebook: Advances in the Characterisation and Remediation of Sites Contaminated with Petroleum Hydrocarbons; Jonás García-Rincón,Evangelos Gatsios,

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Mohammed Ali Al-Bar,Hassan Chamsi-Pasha .?rate basis that has very little relationship to whether that action would be expected to have any net environmental benefit. LNAPL hydraulic recovery is inherently self-limiting and has little net benefit unless a plume is mobile (and contained) or a significant mass recovery percentile is possib

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Mohammed Ali Al-Bar,Hassan Chamsi-Pashaf acknowledging, accounting, and incorporating NSZD into remedies is emphasized because significant depletion rates are frequently observed to occur at petroleum NAPL release sites. The chapter demonstrates how NSZD can be incorporated into a conceptual site model and the implemented remedy. It prov

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https://doi.org/10.1007/978-3-319-18428-9discussion of the TTZ, it then examines the fundamentals of the common oxidants used. Next the interaction of chemical oxidants with aquifer materials is explored, and a description of relevant transport considerations is provided. This is followed with an overview of methods that can be used to del

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R. Alghamdi,A. Alrumayh,M.-H. Kao, low-temperature thermal remediation is a promising alternative that can remediate contaminant mass present in both high- and low-permeability settings, including fractured rock. Emergence of risk-based non-aqueous phase liquid management approaches and sustainable best management practices further

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