Territorialization, Circular Economy and Industrial Symbiosis represent key concepts in the context of industrial areas. Present days industrial settings and plans are characterized by a growing attention towards sustainable development, and the processes of territorialization are more and more meant to address a responsible use of natural resources and territory planning in order to maximize efficiency and reduce environmental impact. This challenge involves creating a connection where industrial areas develop clusters, with interconnected business establishing proximity to leverage synergies, share resources, and expertise. Industrial symbiosis and circularity can be facilitated by clusters, which can contribute to sustainability. The purpose of this study is to address circular economy and industrial symbiosis in a spatial analytical framework, proposing a combined methodology of addressing the spatial organization of industrial areas to promote circular activities. A traditional locational analysis method is adapted to circularity and, in this framework, different steps were proposed, involving the use of Geographical Information System (GIS) in the visualization and analysis of an industrial area, with a particular focus on a case study of the industrial area in Trieste. The GIS method enables the mapping of resources, infrastructure, and potential synergies among businesses. The implementation of a geographical database for an initial visual analysis can be a first support to stakeholders in identifying opportunities for cooperation, resource sharing, and optimization of synergy. By adopting this methodology, economic sustainability is not only promoted but also environmental impact is minimized, and a resilient industrial community is established. The importance of this paper lies in highlighting how the GIS approach can help support circular economy policies by providing a foundation for sustainable planning and management of industrial areas.
Integrating Territorialization, Circular Economy, and Industrial Symbiosis: Leveraging GIS for Enhanced Efficiency in Industrial Zones
Sinatra, Francesca
Primo
;Borruso, Giuseppe;
2024-01-01
Abstract
Territorialization, Circular Economy and Industrial Symbiosis represent key concepts in the context of industrial areas. Present days industrial settings and plans are characterized by a growing attention towards sustainable development, and the processes of territorialization are more and more meant to address a responsible use of natural resources and territory planning in order to maximize efficiency and reduce environmental impact. This challenge involves creating a connection where industrial areas develop clusters, with interconnected business establishing proximity to leverage synergies, share resources, and expertise. Industrial symbiosis and circularity can be facilitated by clusters, which can contribute to sustainability. The purpose of this study is to address circular economy and industrial symbiosis in a spatial analytical framework, proposing a combined methodology of addressing the spatial organization of industrial areas to promote circular activities. A traditional locational analysis method is adapted to circularity and, in this framework, different steps were proposed, involving the use of Geographical Information System (GIS) in the visualization and analysis of an industrial area, with a particular focus on a case study of the industrial area in Trieste. The GIS method enables the mapping of resources, infrastructure, and potential synergies among businesses. The implementation of a geographical database for an initial visual analysis can be a first support to stakeholders in identifying opportunities for cooperation, resource sharing, and optimization of synergy. By adopting this methodology, economic sustainability is not only promoted but also environmental impact is minimized, and a resilient industrial community is established. The importance of this paper lies in highlighting how the GIS approach can help support circular economy policies by providing a foundation for sustainable planning and management of industrial areas.Pubblicazioni consigliate
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