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With complex composition and wide distribution, the urban solid wastes increase with the intensity and range of human activities. After analyzing benefits and performance, this paper sets up a benefit-performance model for urban solid wastes, and discusses the logistics pricing system for solid wastes in the municipal districts of south eastern China’s Hangzhou. The research results show that: the logistics pricing system for urban solid wastes contains transport pricing and disposal pricing; the “reverse logistics” of solid wastes can produce economic benefits, and the most economic way to dispose of solid wastes is to transport them to the terminal station for treatment; the dual variable reflects the relationship between the disposal amount and logistics pricing of solid wastes; there is an optimal daily disposal volume for solid wastes in the transfer stations of each municipal district in Hangzhou; if the daily disposal volume is below or above the allowable range computed by the decision variable in the objective function, then the logistics pricing will increase. The research findings lay the theoretical basis for the design of the logistics pricing system for urban solid wastes that combines environmental and economic benefits.

AN ECONOMICAL LOGISTICS PRICING SYSTEM FOR URBAN SOLID WASTES BASED ON BENEFITS AND PERFORMANCE ANALYSIS