Autors: Velichkova, R. T., Chen, Guanyi., Wang, Xutong., Li, Jiao., Yan, Beibei., Wang, Yuan., Wu, Xiao., Cheng, Zhanjun., Ma, Wenchao.
Title: Environmental, energy, and economic analysis of integrated treatment of municipal solid waste and sewage sludge: A case study in China
Keywords: Life cycle assessment (LCA); Energy recovery; Integrated treatment; Municipal solid waste; Sewage sludge

Abstract: Incineration is well used to treat municipal solid wastes (MSW) but is difficult to treat sewage sludge (SS) because it requires a large amount of heat to remove high content of moisture in SS. Over 50 billion tons of SS are discharged annually in China, and the need for a better waste treatment strategy is urgent. This paper is to introduce a waste disposal technology referring to the integrated treatment of MSW and SS. Four scenarios were analyzed including Mono-incineration of MSW (Case 1) and SS (Case 2), co-incineration of SS and MSW by traditional (Case 3) and integrated ways (Case 4), in terms of environment, energy and economic impact by means of LCA, CED and TEA method. From the environmental perspective, the top four mid-point categories involving the largest effect on four cases are N-C (non-carcinogens), OLD (Ozone layer depletion), TET (Terrestrial eco-toxicity), and GWP (Global warming potential). Case 4 has the most positive effect on climate change and resources (-1.44

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