Inventory Management Sustainability: A Case of Carbon Emanation Reduction in Selected Ceramics Manufacturing Firms in Lagos State, Nigeria
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Inventory optimality is an option of energy utilization proportionality that can lessen carbon emanations
and maximize profitability. This study proposes an inventory management model in which the stock
volume is optimally decided to diminish energy per resource utilized in‐other to reduce carbon
emanations. This will likewise help in concluding renewal volume optimally. Consequently, the study
utilized economic order quantity (EOQ) to decide inventory volumes in‐other to decrease carbon
emanations so as to augment profits of the inventory chain. Partial least square(PLS) was additionally
utilized to examine the extent of inventory management frameworks on environmental sustainability.
The study, therefore, shows its oddity and pertinency by utilizing economic order quantity(EOQ) and
partial least square(PLS) to examine and optimize inventory respectively, as it gives a perspective of
decreasing carbon emanations during inventory procedures.
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H Social Sciences (General)