IoT-Enabled Circular Supply Chains: Advancing Sustainability in the United States Logistic and Distribution
Document Type
Article
Publication Date
1-1-2025
Abstract
A shift in logistics and distribution systems has been underway to accomplish the sustainability agenda, where the merging of circular economic principles with IoT is the key to the transformation. In this chapter, the IoT-enabled Circular Supply Chains (CSCs) concept discussion goes further as it can enhance overall operations efficacy and transparency and drive towards a carbon-zero goal in the US. It employs the thematic content analysis of literature, industry publications, and practical case studies (e.g., including Walmart, Amazon, and HP) in order to provide an overview of Digital Circular Logistics (DCL) by utilizing a qualitative descriptive approach. In order to provide a systematic method for long-term change, a theoretical framework is established to integrate Internet of Things (IoT) features like blockchain traceability, real-time monitoring, and predictive analytics with CE's 9R tactics. Despite a high level of technological preparedness, the results show that growth is nevertheless hindered by systemic impediments such as limitations of policy frameworks, organizational stagnation, and a lack of cross-sectoral cooperation. This chapter provides academics, practitioners, and policymakers with theoretical understanding as well as practical advice by expanding socio-technical and institutional theories. It markets itself as a road map for wealthy nations to implement intelligent, circular logistics systems speedily.
Publication Title
Strategic Innovations for Circular Economy
ISBN
[9798337324548, 9798337324562]
Recommended Citation
Waaje, A.,
Saiyed, S.,
Roshid, M.,
Irtisham, M.,
&
Haque, M.
(2025).
IoT-Enabled Circular Supply Chains: Advancing Sustainability in the United States Logistic and Distribution.
Strategic Innovations for Circular Economy, 27-68.
http://doi.org/10.4018/979-8-3373-2454-8.ch002
Retrieved from: https://digitalcommons.mtu.edu/michigantech-p2/2253