Titlebook: Biotechnology in the Sustainable Environment; Gary S. Sayler,John Sanseverino,Kimberly L. Davis Book 1997 Springer Science+Business Media

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Lectures on Nonlinear Evolution Equationsal hundred million pounds of PCBs were released into the environment (Shiu and Mackay, 1986). It has been estimated that 50–80% of the PCBs in the environment have been deposited in the North Atlantic Ocean, and that the major continental sink for PCBs is freshwater sediment (NRC, 1979). PCBs tend t

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Lectures on Nonlinear Evolution Equationsnd applies the metabolic properties of microorganisms for transforming contaminants to forms that are harmless in the environment. The added capability of biotechnology for tailoring microbial processes to specific problems expands the potential of bioremediation for encouraging a sustainable enviro

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Nicola Gigli,Enrico Pasqualetto years. This chapter is an overview of some of the key research findings from the groundwater test site. The individual sections are in chronological order and provide a quick summary of the site activities associated with various research projects.

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Nicola Gigli,Enrico Pasqualettonimals. Trichlo-roethylene (TCE) is a typical pollutant in soil and groundwater, and its concentration is strictly regulated since many people are using groundwater as drinking water. TCE is very stable in the environment, and soil vapor extraction (SVE) is frequently used for the removal of TCE. Ho

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Structure of the Nucleus (Light Nuclei), state registers of sites suspected for contamination were established. These registers include industrial sites, locations of former accidents with pollutant spills as well as landfills. In Table 1 an overview of suspected contaminated sites for some selected European countries and states are provi

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https://doi.org/10.1007/978-1-4612-4888-0 reports that focussed on environmental technologies. One. report prepared by the Environmental Technology Working Group (ETWG) described those environmental technologies that had been identified by the NSTC as the bridge to a sustainable future (ETWG, 1995). The Biotechnology Research Subcommittee

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Linear Equations and Inequalities,rt initiative and general entrepreneur ship, than a function of a rapidly expanding labor force and what was then viewed as an inexhaustible supply of natural resources. At the same time other countries were making a conscious effort to expand their innovative capacity. As a result, Canada, among ot

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https://doi.org/10.1007/978-94-011-7483-1ronmental management is no exception. It is widely recognized that environmental biotechnology will play a major role in efforts aimed at preventing further damage to the environment and combating environmentally related diseases, mainly by generating food at a lower environmental cost, by providing