Abstract:Based on the physical and chemical characteristics of municipal solid waste, such as household waste, kitchen waste and hazardous waste, and the metabolism characteristics of disposal facilities, this paper put forward three collaborative disposal mechanisms of waste disposal park, systematically sorted out the collaborative points of 8typical solid waste disposal technologies, such as incineration, landfilling and anaerobic digestion, etc., and developed a four-step planning method including waste generation prediction, flow stimulation and demand analysis, technology selection and scale matching, and quantitative evaluation. Empirical analysis based on Chang’an Vein Industrial Park in Chengdu showed, by considering collaborative mechanism and adopting this planning method, the park annual solid waste disposal volume would increase 61.3% than base year, annual power generation would be 1.361billion degrees, annual CO2 emission would reduce 639,800tons, waste reduction rate would reach 67.8%, the fly ash and slag would be completely safely treated, and the waste water recycling rate would reach 80.3%. The correlation degree of this park could reach 0.33, which would form a new resource recycling base, integrating collaborative disposal of solid waste, supply of energy and production of building materials.
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