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access icon openaccess Cloud-based product-service systems platform for household solid waste classification management

  • Author(s): Ming Wan 1, 2 ; Ting Qu 2, 3 ; Manna Huang 1, 2 ; Lianhui Li 4 ; George Q. Huang 2, 5
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  • Source: Volume 2, Issue 2, June 2020, p. 66 – 73
    DOI:  10.1049/iet-cim.2019.0062 , Online ISSN 2516-8398
This is an open access article published by the IET under the Creative Commons Attribution License (http://creativecommons.org/licenses/by/3.0/)
Received 31/12/2019, Accepted 29/04/2020, Revised 14/04/2020, Published 04/05/2020

The household solid waste (HSW) classification management plays an important role in reducing and recycling urban garbage in current residential community. However, with the rapid development of urbanisation in developing countries and the continuous increase of urban waste, the traditional waste management modes and technologies cannot satisfy the newly emerged needs of collecting and transporting solid waste in the accurate and effective way. Under this background, this research carries out a preliminary study on the HSW classification system and the resource servitisation. According to the HSW classification process, a cloud-based product-service systems (PSSs) platform, targeting on managing those solid waste management resources such as internet of things enabled smart waste bin, is established. The proposed PSS platform will be illustrated from four layers: physical layer, management layer, service layer and application layer. Additionally, the multi-stakeholders' value analysis of the platform will be provided from five aspects. Finally, a PSS-based real-life case of managing household waste bin is investigated and analysed in order to verify the feasibility of the proposed platform.

Inspec keywords: recycling; waste reduction; environmental science computing; pattern classification; cloud computing

Other keywords: PSS platform; household waste bin; solid waste transportation; smart waste bin; cloud-based product-service systems platform; PSS-based real-life case; management layer; household solid waste classification management; current residential community; physical layer; application layer; solid waste management resources; HSW classification process; urban garbage; service layer; HSW classification system; urban waste

Subjects: Environmental science computing; Environmental issues; Internet software; Recycling; Industrial applications of IT

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