Titlebook: Environmental and Social-economic Impacts of Sewage Sludge Treatment; The Evidence of Beij Guofeng Zhang Book 2016 The Author(s) 2016 Envir

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神化怪物

2191-5504 Includes supplementary material: .This book presents an experimental simulation of sewage treatment, which is designed to evaluate the environmental and social-economic impacts of integrated sewage treatment policies. The author puts forward a comprehensive linear optimization simulation model that

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Electroenzymatic Redox Organic Synthesis,age and sewage sludge treatment technologies are dynamically simulated in this model. Based on this simulation results, optimal integrated policies, sewage, and sewage sludge treatment technologies can be selected. The environmental and economic impact of sewage sludge treatment can be forecasted.

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Introduction,l policy can achieve the goal of environmentally sustainable economic development. Beijing is selected to make empirical research. The background, objectives, statement of the problem, and literature reviews are shown in this chapter.

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Book 2016loyed realistically reflects the specific and unique characteristics of Beijing’s social economy and environmental status. Given the importance of sewage treatment and the accurate assessment of its impacts, the book will be of interest to researchers and scholars of environmental economics..

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遺忘

Advances in Bioelectrochemistry Volume 2 many sewage plants has been constructed. However, sewage sludgy as the by-product of sewage treatment is ignored by Chinese government. The purpose of our research is to evaluate the environmental and economic impacts with a dynamic comprehensive optimization simulation model, and suggest an optima

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Advances in Bioelectrochemistry Volume 3er shortage and water pollution has become key factors which limits Beijing socio-economic and environmental sustainability. In this chapter, the economic and environmental characteristics and the capacity of sewage and sewage sludge treatment in Beijing are presented. Based on the analysis of Beiji

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Electroenzymatic Redox Organic Synthesis,y model, GHG model, and socio-economic model. The objective function is the maximization of economic growth. Integrated policies by using advanced sewage and sewage sludge treatment technologies are dynamically simulated in this model. Based on this simulation results, optimal integrated policies, s