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首页> 外文期刊>Journal of Cleaner Production >Analyzing the evolution of cooperation among different parties in river water environment comprehensive treatment public-private partnership projects of China
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Analyzing the evolution of cooperation among different parties in river water environment comprehensive treatment public-private partnership projects of China

机译:分析中国不同缔约方合作的演变综合治理综合治理公私伙伴关系项目

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摘要

With the development of industrialization, a lot of rivers in the world have been polluted by the living emissions and industrial production emissions, especially the latter. Water pollution has become a great threat for the sustainability of the society. In recent years, public-private partnership (PPP) scheme has been applied by Chinese government in many river water environment comprehensive treatment projects so as to build a cleaner environment for the society. The existing studies rarely focus on the river water environment comprehensive treatment PPP projects and the cooperative behavior in these projects. In order to fill this gap, this paper firstly develops a performance appraisal method with participation of multiple parties and then establishes a stepped-payment mathematical model. Then evolutionary game theory is used to analyze the dynamic changes of different parties' cooperative behavior. Finally, a real case simulation related to river water environment comprehensive treatment is conducted to study how the key factors in the model affect the evolutionary paths of different parties' behavior adoption. The results have certain value for analyzing the cooperative behavior adoption and enhancing the cooperation among different parties in river water environment comprehensive treatment PPP projects so as to improve the efficiency of water pollution treatment. (C) 2020 Elsevier Ltd. All rights reserved.
机译:随着产业化的发展,世界上很多河流受到生活排放和工业生产排放的污染,尤其是后者。水污染已成为社会可持续性的巨大威胁。近年来,中国政府在许多河水环境综合治理项目中申请了公私伙伴关系(PPP)计划,以便为社会建立清洁环境。现有研究很少专注于河流水环境综合治理PPP项目和这些项目的合作行为。为了填补这一差距,本文首先开发了多方参与的绩效评估方法,然后建立了一项逐步支付的数学模型。然后进化博弈论用于分析不同方面的合作行为的动态变化。最后,进行了与河水环境综合治疗相关的实际案例模拟,研究了模型中的关键因素如何影响不同方行为采用的进化路径。结果有一定的价值,分析合作行为通过,加强河水环境综合治理PPP项目的不同方面的合作,提高水污染治疗效率。 (c)2020 elestvier有限公司保留所有权利。

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