Design of the Electronic Waste Recycle Network System Based on GIS

Abstract:

The output of the electronic waste has increased greatly along with the economic development and improvement of peoples living standard. It has become a difficult research problem that how to recycle the electronic waste efficiently. The paper forecasts the total quantity of the electronic waste based on the status analysis on the electronic waste recycles. Then it gives the operation sites in the recycle system such as recycling site, disassembly/test center, disposal factory, etc. through forecast and GIS combining with the general process of the electronic waste recycle. Finally, it designs the integral electronic waste recycle system based on GIS, and applies the design to the electronic waste recycle system of Huaian. Furthermore, it carries out overall evaluation from three aspects: economy, environment protection and society according to the application result. The evaluation shows good result.

• Periodical: Applied Mechanics and Materials (Volume 518)
• Pages: 381-386
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.518.381
• Online since: February 2014
• Authors: Gui Liang Zhou*, Yan Ru Zhu, Li Na Mao
• Keywords: Electronic Waste, GIS, Recycle Network System

References

[1] Yining Wang, Study on Tak-Back Network System of Electronic Waste, CA: Donghua University, (2007).

[2] Jirang Cui, Eric Forssberg, Mechanical recycling of waste electric and electronic equipment, , a　review. Journal of Hazardous Materials, 2003, p.243–263.

DOI: 10.1016/s0304-3894(03)00061-x

[3] Zhiying Jin, Wen Liang, Runan Sui. Discussion on Electronic Waste Output Estimation and Management Countermeasures in Shenyang City. Environmental Sanitation Engineering, 2006, p.21–24.

[4] Xi Wang. Study on the Recycling Network System of Waste Electrical and Electronic Equipment Based on GIS in Shangha, CA: East China Normal University, (2007).

[5] FANG Shao-qiang and WEI Ke, Modeling and Simulation of Flight Support Process of Airfield Station, Journal of System Simulation , vol. 246, Dec. 2008, PP. 700-704.

[6] JEFFREY MARTIN, The container terminal community. MARIT. POL. MGMT., VOL. 28, PP. 262-265, April (2003).

[7] Pan Yanchun, Zhou Hong and Feng Yuncheng, Modeling & simulation optimization systems design for shop scheduling based on Arena, Computer Integrated Manufacturing Systems , vol. 103, May. 2006, PP. 389-394.

[8] Chen Ning and Zhou Guiliang, Design and Realization of IMIS for Container Freight Station, Port&Waterway Engineering, vol. 117, Oct. 2007, PP. 26-28.