Shouchuang Hu, Jun Chen, Ke Wu, Zhongkai Zhou, Tingting Cheng, Dongbiao Wu


The refuse collection spot is the central part in the municipal solid waste collecting system. The wrong collecting way would lead to environmental problem and disturb the life of citizens. With the demand of source separation in China, the waste collecting sites need to be improved. Nowadays there have three different types of wastes collecting in Hefei, capital city in Anhui province, China. The advantages and disadvantages of such waste collection system were compared and discussed. The suggestions were put forward. Concerning about special example for agricultural market waste collection, taking Hefei Wanguo market as a sample, the research was made to optimize the present collection system. Compared with traditional waste collecting sites, the results showed the agricultural market waste collecting sites were better in both environmental and social efficiency.


solid waste collection; market; changes

Full Text:



Shu Y. Grey model predication of urban refuse in Hefei city. Environmental Science and Management 9.2007, pp. 5- 8. (In Chinese)

Ye S.Y., Sun S. Q., Wu K. Consideration of all location and construction of municipal solid waste transportation stations in Hefei. Environmental Science and Management 32.2007, pp. 1- 4. (In Chinese)

Wu K., Cai J.M., Yu Z.M., et al. Status and perspective of municipal domestic waste management in Hefei city. Environmental Sanitation Engineering 13.2005, pp. 4- 6. (In Chinese)

Sampling and analysis method for municipal solid waste, 2009, CJ/T313- 2009. (In Chinese)

Yang L., Wang L.C., Zhu X.C. A study on the present management and strategy of MSW in Nanjing city. Sichuan Environment 4. 2001, pp. 529- 529. (In Chinese)

Wu K, Yu Z.M., Jin J., et al. A discussion of selection of schemes for municipal solid waste treatment in Hefei City. Journal of Hefei University 18. 2008, pp. 56- 58. (In Chinese)

Deng W.C. Improvement meat of sealing structure of unloading door of mobile garbage compressor, Equipment Manufacturing Technology 9. 2015, pp. 222- 223. (In Chinese)

Lian X.J., D Y.P., Tian Y. The design of a new kind of garbage compressing and storing device. Development & Innovation of Machinery & Electrical Products 21.2008, pp. 121- 122. (In Chinese)

Xu J.X. Research on pilot phrase of dry and wet waste sorting collection in pudong new area. Journal of Green Science and Technology 9.2011, pp. 118- 120. (In Chinese)

Wu K., Yu Z.M., Jin J., et al. Recycle and utilization of municipal solid waste in Hefei. China Resources Comprehensive Utilization 26. 2008, pp. 23- 25. (In Chinese)

Liu S.P., Cai J.M., Wu k., Jin J.status and count measure of municipal solid waste treatment. Journal of Hefei University 15. 2005, pp. 53- 57. (In Chinese)

Gong C. Study on hefei city kitchen waste collection and transportation system. Hefei University, 2015. (In Chinese)

Wang S.R., Zhan M.L., Sun Y.J., et al. Study on thermophilic anaerobic digestion of vegetable market waste in Qingdao. Environmental Pollution & Control 33. 2011, pp. 39-43. (In Chinese)

Zhan M.L., Dong L., Sun Y.J., et al. Study on thermophilic anaerobic digestion of mixture of kitchen wastes and vegetable market wastes in Qingdao. Chinese Journal of Environmental Engineering 7. 2013, pp. 1945- 1950. (In Chinese)

Gunaseelan V N. Anaerobic digestion of biomass for methane production: a review. Biomass and bioenergy 13. 1997, pp. 83-114.

Wang Y.Y. Research on process parameters of anaerobic fermentation of vegetable waste for biogas production and comprehensive utilization of anaerobic fermentation residues. Shanghai Jiao Tong University, 2008. (In Chinese)

Ma Z.D. Research on the vegetable market waste in its reduce and reuse. Suzhou University, 2014. (In Chinese)

DOI: https://doi.org/10.17770/etr2017vol3.2601


  • There are currently no refbacks.

SCImago Journal & Country Rank