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The Inventory Pollution-Routing Problem Under Uncertainty

  • Hooman Malekly
Chapter
Part of the Greening of Industry Networks Studies book series (GINS, volume 4)

Abstract

Carbon emissions from supply chain operations are extensively contributing to the global warming. Sustainable supply chain management literature has seen more emphasis on greening of production operations and designing of greener supply networks, considering transportation emissions as “necessary evil”. This chapter aims to investigate the economic and environmental consequences of transport routing decisions in a supply chain with vertical collaboration, for instance through Vendor Managed Inventory. An optimization model and solution method is presented for an Inventory Pollution-Routing Problem (IPRP) in which inventory and transportation costs and emissions as well as demand uncertainty concerns are explicitly incorporated. The proposed model can be used to explore possible tradeoffs between emissions costs and operational costs for green inventory routing decision making. A set of computational tests are designed for performance benchmark of the proposed model and solution method.

Keywords

Inventory routing Fuel consumption Emissions pollution Uncertainty Optimization model 

Notes

Acknowledgments

The author would like to thank Emrah Demir for the constructive comments on the ecological stand of the model, as well as Leandro C. Coelho for the inputs during the early stages of the model development.

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Copyright information

© Springer International Publishing Switzerland 2015

Authors and Affiliations

  1. 1.School of Industrial EngineeringAzad University of Tehran—South Tehran BranchTehranIran

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