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Editor in Chief: RAFFAELLO COSSU

DEVELOPMENT OF A METHOD FOR DESIGNING LEACHATE DESALINATION PROCESS USING LANDFILL CELL MODEL

  • Kazuo Tameda - Research Institute for Resource Recycling and Environmental Pollution Control, Fukuoka University, Japan
  • Tong Li - Research Institute for Resource Recycling and Environmental Pollution Control, Fukuoka University, Japan
  • Jiaxing Liu - Research Institute for Resource Recycling and Environmental Pollution Control, Fukuoka University, Japan
  • Sotaro Higuchi - Research Institute for Resource Recycling and Environmental Pollution Control, Fukuoka University, Japan

DOI 10.31025/2611-4135/2019.13845

Released under CC BY-NC-ND

Copyright: © 2019 CISA Publisher

Editorial History

  • Received: 21 Feb 2019
  • Revised: 18 Jul 2019
  • Accepted: 29 Jul 2019
  • Available online: 26 Sep 2019

Abstract

During the design of leachate treatment plants at Japanese landfill sites, the main examined design parameters have been leachate treatment plant capacity and raw leachate quality. However, the scientific basis for characterizing raw leachate quality has been less robust, especially for the Cl− concentration. This characterization is usually based on the precedent of other operating leachate treatment plants. However, regarding the quantity and quality of leachate at landfill sites, there is a close relationship between these parameters and Cl content in waste cells or the waste cell placement method, and these parameters depend on the landfilling method, dilution zone (no dumping area), and the quantity of leachate. Based on the landfill shape, dilution zone (no dumping area), waste cell placement method, and property of the waste cell, the Landfill Cell Model can predict leachate concentration. In this research, we used a process of calculating leachate treatment plant capacity and the Landfill Cell Model together to investigate an early method for stabilizing landfill and dilution zones. The results revealed the possibility of characterizing the optimal leachate treatment plant capacity by balancing leachate reservoir capacity and the predicted Cl− concentration of raw leachate in landfill.

Keywords


References

Japan Waste Management Association (2010). Plan, design and management guidelines for the improvement of MSW landfill sites (2010 revised edition), p.364, pp.417-438

Kazuo, T et al. (2016). A study on the development of the predictive method of Cl− concentration in leachate. Research presentation in the 27th Material Cycles and Waste Management Conference, pp.431-432

Kazuo, T et al. (2017a). A study on the development of a predictive method of Cl− concentration in leachate. Japan Waste Management Association and Research, 70(399). pp.101-107

Kazuo, T et al. (2017b). The development of leachate desalination design method using Landfill Cell Model. Research presentation in the 28th Material Cycles and Waste Management Conference, pp.371-372

Kazuo, T et al. (2018). The development of leachate desalination process design method of closed system landfill sites using Landfill Cell Model. Proceedings of 39th Japan Waste Management Association and Research, pp.124-126

Sotaro, H. (2017). Technology for final disposal-waste management and technology for final disposal (No. 21). The City and the Waste, 47(10), pp.45-51



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