An Optimization Distribution Model of Initial Emission Permits

Abstract:

Improving the allocation efficiency of environmental capacity is an important way to realize the coordination of a country's economic growth and environmental quality level. This paper simulates the economic environment of the real society and establishes discrete dynamic programming model about the initial distribution of the emissions permits, and adopts the inverse-deducing method studying the allocation efficiency of the initial emission permits from the perspective of economic benefit of the distribution of emission permits. At last, it points out that we can realize benefit maximization if limited regional environmental capacity can be distributed with a scientific and reasonable way in industries which own different value creation.

• Periodical: Advanced Materials Research (Volumes 518-523)
• Pages: 1848-1852
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.518-523.1848
• Online since: May 2012
• Authors: Yong Zhu, Yan Hua Zhang, Zheng Li
• Keywords: Discrete Dynamic Model, Emission Permits, Optimization Distribution

References

[1] Zhang Yuqing. The Principle and Method of Total Water Pollutant Amount Control in Water Functional Areas. Beijing: China Environmental Science Press(2001)

[2] Coase R H: submitted to Journal of Law and Economics(1960)

[3] Montgomery D W: submitted to Journal of Economic Theory(1972)

[4] Hahn R W. submitted to Quarterly Journal of Economics(1984)

[5] Tietenberg TH. Emission trading: an exercise in re-forming pollution policy. Washington, DC: Resources for the Future(1985)

[6] Godby,R: submitted to Pacific Economic Review(2000)

[7] Cardwell,H. and Ellis,H: submitted to Water Resources Research(1993).

[8] Wen,C-GandLee,C-S. Fuzzy Programming Approach to Water Quality Management Proceedings of the National Science Council, Republic of China. PartA: Physical Science and Engineering Proc.Natl.Sci. Counc. Rep. China Pt.A:Phys.Sci.Eng(1998)

[9] SasikumarK; Mujumdar PP: submitted to Journal of Water Resources Planning and Management-ASCE(1998)

[10] Xu Huajun, Xu Baifu. The Thought Way and Method of Fair Coordination on the Total Contro. Journal of Xinjiang University (1996)

[11] Wang Junqi, ZhangYin. : submitted to Journal of Anqing Teachers College(2000)

[12] Lin Gaosong, Li Shiyu, Jiang Feng: submitted to Journal of Hydraulic Engineering(2006)

[13] Fang Qinhua, Zhang Luoping, Hong Huasheng: submitted to Environmental Protection(2005)

[14] Wang Liang, Zhang Hongwei, Yue Lin: submitted to Journal of Tianjin University (2006)