期刊
SUSTAINABILITY
卷 13, 期 21, 页码 -出版社
MDPI
DOI: 10.3390/su132111598
关键词
household waste utilization; bioconversion technology; online and offline recycling; franchise mode; case study
资金
- Shanghai Planning Office of Philosophy and Social Science [2017JG008-BGL536]
The study shows that using maggots for bioconversion can improve the utilization of food waste, and adopting the online and offline dual-channel mode benefits the recycling of low-value recyclable waste. Leading enterprises can be cultivated through franchise mode to effectively promote the utilization of household waste in China.
Household waste utilization has been regarded as an important pathway to promote the circular economy paradigm and sustainable development for a long time. However, relevant enterprises are facing dilemmas in terms of the backward disposal methods for food waste, inadequate recycling of low-value recyclable waste and the lack of leading enterprises, resulting in unsustainable expansion of the industry. To address these problems, we investigated governmental departments and 20 household waste utilization enterprises in China. From the investigation, three typical enterprises, representing the advanced technology for food waste, the recycling mode of recyclable waste and the cultivation mode of leading enterprises, were selected for case studies. The results indicate that applying the technology of bioconversion by maggots could improve the utilization of food waste and adopting the online and offline dual-channel mode could benefit the recycling of low-value recyclable waste. Additionally, leading enterprises can be cultivated by franchise mode, which can drive the utilization of household waste in China effectively. The findings enrich the theory of household waste utilization in terms of disposal methods, recycling modes and enterprise operation. Practically, this research should enlighten decision-makers to improve household waste utilization. Furthermore, the research results could be generalized in other countries, thereby advancing the household waste management worldwide.
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