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Industrial symbiosis offers a revolutionary approach to realize sustainable production and transform waste into wealth, its development is urgently needed in the world where resource scarcity and environmental challenges are increasingly pressing. This concept turns underutilized resources—such as waste, by-products, energy, and expertise—into valuable assets that extend their lifecycle and reduce reliance on finite materials.
The SymbioSteel project takes this vision further, focusing on the steel sector's pivotal role in fostering sustainable collaborations across industries. By collecting, generating and deliver new knowledge as well as building networks with potential stakeholders, it seeks not only to develop inter-sector partnerships but also to create a blueprint to develop advances in industrial Symbiosis in steel sector, for circular economies, cleaner production and sustainable future.
Industrial symbiosis is not new to the steel industry, which has made significant strides in recent decades toward integrating these principles. However, there remains untapped potential for deeper synergies that could enhance resource efficiency, drive innovation, and mitigate environmental impacts. To unlock this potential, the SymbioSteel project addresses key gaps in awareness, collaboration, and implementation. First, it aims to bridge the knowledge gap by showcasing the steel industry's achievements in industrial symbiosis and highlighting the barriers that hinder broader cooperation. Second, it seeks to engage other sectors and public authorities, ensuring they understand the benefits and challenges of collaborating with the steel industry. Finally, it explores innovative decision-making tools and strategies to overcome technical, economic, and societal barriers, paving the way for more robust symbiosis networks.
The project aligns closely with global sustainability goals (UN SDGs) and circular economy principles, emphasizing the importance of conserving resources, protecting the environment, and promoting low-carbon production processes. Specifically, it supports RFCS 2023 priorities, particularly Articles 8 and 10, which focus on sustainable steelmaking technologies and resource conservation. By repurposing waste streams like BF, BOF, and EAF slags, and adopting advanced technologies such as carbon capture and hydrogen-based steelmaking, the project demonstrates how industrial symbiosis can drive both environmental and economic resilience.
To achieve its ambitious objectives, SymbioSteel employs a multi-faceted approach. It analyzes existing research outcomes to identify best practices and areas for improvement. It designs dissemination measures to raise societal awareness and encourage cross-sectoral collaboration. And it develops tools to address specific barriers, including those related to company operations, environmental impacts, and societal engagement. Through these efforts, the project envisions a future where industries work together seamlessly, turning challenges into opportunities and fostering more sustainable development. Ultimately, SymbioSteel represents more than just a project—it is a catalyst for systemic change, inspiring industries worldwide to embrace a more sustainable and interconnected future.
Financiers
This project has received funding from the Research Fund for Coal & Steel (RFCS) This project has received funding from the Research Fund for Coal & Steel (RFCS) under Grant Agreement No.101156509.
