Titlebook: Clean-up of Former Soviet Military Installations; Identification and S Roy C. Herndon,John E. Moerlins,Imre L. Biczó Conference proceedings

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https://doi.org/10.1007/978-981-97-0614-3fuel and oil storage tanks were removed, and 72,000 cubic meters of contaminated soils were excavated and biologically remediated..In most cases, one growing season (April to September) was sufficient for the total petroleum hydrocarbon (TPH) concentration in the soil to reach the cleanup limit of 1

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Strategy for Identifying and Evaluating Site Remediation Approaches for Former Soviet Military Basesicult situation of resolving the environmental legacy associated with the operation of these bases. There are thousands of contaminated sites at the former Soviet military installations in Hungary, Poland, the Czech Republic, and the Slovak Republic. There are 171 former Soviet military installation

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Human Health and Environmental Risks Associated with Contaminated Military Sitesed as the ownership, and hence the future use, of these facilities has come under the control of the host country in which the base is located. Some of the sites are located in or near heavily populated areas, and in some cases the intention is to convert the base and its associated infrastructure t

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Innovative Characterization Technologies to Address Environmental Problems at U.S. Department of Eneion facilities created to conduct research and development, and to test and produce nuclear weapons. Throughout 45 years of production, the Complex has assembled tens of thousands of warheads and generated millions of cubic meters of hazardous and radioactive waste. Some hazardous contaminants have

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Selected Applications of Bioremediation in Hazardous Waste TreatmentWhile none of the individual member species of this ecosystem are generally capable of decomposing all of the components of the mixed pollution, the concerted action of various species can potentially bring about the desired cleanup effect.

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