Will Third-Party Treatment Effectively Solve Issues Related to Industrial Pollution in China?

Author:

Peng Qiao,Xiao Yao

Abstract

China expanded the application of the third-party treatment model (TPTM) in 2017 for effectively tackling the issues related to industrial pollution on a trial basis, and the model could diversify the government’s toolbox for addressing industrial pollution. With multiple players such as local governments, polluters, and environmental services providers (ESP) involved in the TPTM, appropriate guidance and coordination among the three players are critical to the success of the TPTM. This study constructs an evolutionary game model for the three players to capture their interaction mechanisms and simulates the three-player evolutionary game dynamics with the replicator dynamics equation. The simulation results show that heavier penalties for pollution and lower regulatory costs incurred by local governments could effectively improve the performance of the TPTM. Moreover, although environmental incentives provided by the central government to local levels do not affect the ultimate performance of the TPTM, they do shorten the time needed for the effect of the TPTM to emerge. The study concludes by proposing policy recommendations based on these results.

Funder

The National Natural Science Foundation of China

Publisher

MDPI AG

Subject

Management, Monitoring, Policy and Law,Renewable Energy, Sustainability and the Environment,Geography, Planning and Development

Reference34 articles.

1. Economic Growth and the Environment;Grossman,1995

2. The simple analytics of the environmental Kuznets curve

3. Modeling of relationships between economic performance and environmental quality by SOM and growing hierarchical SOM—The case of the Czech Republic regions;Hájek;WSEAS Trans. Environ. Dev.,2013

4. Governing the Commons: The Evolution of Institutions for Collective Action;Ostrom,1990

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