Titlebook: Nanotechnologies for Environmental Remediation; Applications and Imp Giusy Lofrano,Giovanni Libralato,Jeanette Brown Book 2017 The Editor(s

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G. Libralato,A. Costa Devoti,A. Volpi Ghirardini,D. A. L. Vignatireasons, such as errors in input and forcing datasets. This approach, however, requires intensive computational efforts, especially for high dimensional systems such as distributed hydrological models. Alternatively, data-driven methods offer comparable solutions when the physics underlying the mode

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Jeanette Brownreasons, such as errors in input and forcing datasets. This approach, however, requires intensive computational efforts, especially for high dimensional systems such as distributed hydrological models. Alternatively, data-driven methods offer comparable solutions when the physics underlying the mode

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Ceyda Senem Uyguner-Demirel,Burak Demirel,Nadim K. Copty,Turgut T. Onayreasons, such as errors in input and forcing datasets. This approach, however, requires intensive computational efforts, especially for high dimensional systems such as distributed hydrological models. Alternatively, data-driven methods offer comparable solutions when the physics underlying the mode

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Progress in Nanomaterials Applications for Water Purification,e of processes on nanometer scale. In this perspective, nanotechnology  in water treatment applications is offering  and presenting now new approaches to overcome the limitations of the traditional treatment technologies. This chapter describes several types of nanomaterials that could be used in wa

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The Use of Al and Fe Nanoparticles for the Treatment of Micropollutants,al during conventional treatment. Micropollutants may induce harmful impacts on human health as well as aquatic and terrestrial ecosystems at concentrations in the μg/L-ng/L range due to their persistence, bioaccumulation potential and toxicity. Until now, different strategies have been developed to

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Environmental Nanoremediation and Electron Microscopies,in the environment can be remediated using a range of techniques including nanotechnologies. Environmental remediation techniques use various approach to remove or degrade environmental pollution in soils, waters, groundwater, and air. There are two different strategies to apply the nanotechnologies

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Nanomaterials for Adsorption and Heterogeneous Reaction in Water Decontamination, provided on a series of engineered nanomaterials for water decontamination by the mechanisms of adsorption, heterogeneous oxidation, and reduction. The degradation, mineralization, and detoxification of various organic contaminants and removal of several inorganic pollutants in aqueous environment

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Nano Based Photocatalytic Degradation of Pharmaceuticals,ot designed to treat water polluted with pharmaceuticals present at trace levels, the applied treatments are mostly ineffective in their removal. Therefore the use of more efficient processes for removing or improving the biodegradability of these compounds has become necessary. Among several advanc