Nowadays, sustainability deficiencies affect the manufacturing realm. Literature maintains Circular Economy (CE) as a possible solution to the environmental disruption that is underway. In this respect, our project aims at matching waste supply and demand (i.e. Industrial Symbiosis), by leveraging on a two-sided scalable platform model. The platform relies on a robotic system for waste collection, empowered by novel AI techniques. It has the capabilities to analyze and recycle waste, and to trace data gathered on a blockchain-based model. Finally, data are shared on an online portal, where batches are visible to potential purchasers.
Automating Supply and Demand Matching in Waste Management to Foster Industrial Symbiosis
Dario Albani;Susanna Maisano;Irene Marchiori;
2018
Abstract
Nowadays, sustainability deficiencies affect the manufacturing realm. Literature maintains Circular Economy (CE) as a possible solution to the environmental disruption that is underway. In this respect, our project aims at matching waste supply and demand (i.e. Industrial Symbiosis), by leveraging on a two-sided scalable platform model. The platform relies on a robotic system for waste collection, empowered by novel AI techniques. It has the capabilities to analyze and recycle waste, and to trace data gathered on a blockchain-based model. Finally, data are shared on an online portal, where batches are visible to potential purchasers.File in questo prodotto:
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