Modelling a Multi-product, Multi-location and Multi Region based Low Carbon Footprint Supply Chain Configuration Problem for Sanitaryware Manufacturer | Zendy

Arnav Jain | Zendy; Lokik Aggarwal | Zendy; Remica Aggarwal | Zendy; Lakshay Aggarwal | Zendy

Open Access

Modelling a Multi-product, Multi-location and Multi Region based Low Carbon Footprint Supply Chain Configuration Problem for Sanitaryware Manufacturer

Author(s) -

Arnav Jain,

Lokik Aggarwal,

Remica Aggarwal,

Lakshay Aggarwal

Publication year - 2019

Publication title -

international journal of computer applications

Language(s) - English

Resource type - Journals

ISSN - 0975-8887

DOI - 10.5120/ijca2019919134

Subject(s) - carbon footprint , computer science , supply chain , product (mathematics) , footprint , industrial engineering , manufacturing engineering , operations research , business , greenhouse gas , ecology , paleontology , geometry , mathematics , marketing , biology , engineering

More and more organizations are realizing the importance of going green and opting for trade with a greener and cleaner environment concern . Present research work explores how carbon emissions concerns could be incorporated and what impact they would have on a supply chain configuration of a sanitaryware manufacturer offering multiple products manufactured at multiple plants and delivered at multiple locations . The given situation therefore depicts a multiobjective supply chain configuration scenario with respect to total carbon costs and/or level of carbon footprints and duration of inbound and outbound shipments.

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