8 papers analyzed
These studies suggest that infrastructure in industrial symbiosis can enhance sustainability, economic growth, and resource management by facilitating the exchange of materials, energy, and by-products among industries, while also improving environmental impacts and reducing costs.
Industrial symbiosis (IS) involves the collaboration between different industries to utilize each other's by-products, waste, and energy, thereby creating a more resource-efficient and environmentally friendly production system. This concept is a key component of industrial ecology and the circular economy, aiming to reduce waste and improve sustainability.
Characterization and Quantification of Symbiotic Intensity:
Historical and Practical Perspectives:
Facility-Scale Industrial Symbiosis:
Role of Information and Communication Technology (ICT):
Economic and Environmental Benefits:
Resilience of Industrial Symbiosis Networks:
Environmental Impact Assessment:
Industrial symbiosis offers a promising approach to sustainable industrial development by promoting the reuse of waste and by-products among industries. Key factors for successful implementation include accurate measurement of symbiotic intensity, leveraging existing symbiotic relationships, applying IS at various scales, utilizing ICT tools, and enhancing network resilience. The economic and environmental benefits are significant, with potential for further improvements through strategic planning and assessment.
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