Environmental Impact Evaluation for Thermal Power Project Based on Combinational Weight and TOPSIS Method

Abstract:

In electricity production and supply system of China, thermal power continues to dominate a larger proportion. In recent years, be influenced by energy-saving emission reduction and low carbon development policy, the environmental impact issue of thermal power project aroused great attention. This study has established a comprehensive evaluation system by analyzing integrated comprehensive effects of the environment caused by thermal power project. Combining with AHP theory, entropy theory and TOPSIS evaluation ideas, the study created a set of scientific assessment model. The research has verified that the validity of the model through empirical studies. And it provided a good theoretical basis for environmental management comprehensive thermal power project.

• Periodical: Advanced Materials Research (Volumes 518-523)
• Pages: 1151-1155
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.518-523.1151
• Online since: May 2012
• Authors: Dong Xiao Niu, Chao Chen Xu, Jin Peng Liu, Zhen Ma, Huan Miao Wu
• Keywords: Analysis Hierarchy Process (AHP), Entropy Method, Environmental Impact (EI), Thermal Power Project, Topsis Method

References

[1] Madjid Tavana and Adel Hatami-Marbini: Expert Systems with Applications. Vol. 38(11) (2011), pp.13588-13603

[2] Y.Z. Zhang and Q.Y. Bai: East China Electric Power. Vol. 38(5) (2010), pp.0668-0670, In Chinese

[3] Ezatollah Karami: Agricultural Systems. Vol. 87(2006), pp.101-119

[4] Y.S. Li, J.H. Duo and D.M. Dong: Research of Environmental Sciences.Vol.19(3) (2006), pp.117-121, In Chinese

[5] Korpela J, Lehmusvaara A, Nisonen J: Inter-national Journal of Production Economics. Vol. 108(7) (2007), pp.135-142