Expected Impact and Contribution to the European Green Deal
SAFEPOT contributes to the European Green Deal by enabling the transition from a linear to a circular industrial model, reducing waste generation, improving resource efficiency, lowering environmental impacts, enhancing worker safety, and fostering innovative low-carbon solutions for the steel industry. Through its integrated approach, the project supports the EU ambition of achieving a climate-neutral, competitive, and resource-efficient economy.
Circular Economy and Resource Efficiency
The project transforms steelmaking slags, spent refractories, and industrial by-products into valuable secondary raw materials for the production of innovative geopolymer-based materials and refractory solutions. By replacing virgin raw materials with recovered resources, SAFEPOT contributes to a more circular and resource-efficient industrial ecosystem.
Reduced Environmental Footprint
Through the reuse of industrial residues, SAFEPOT reduces the amount of waste sent to landfill and decreases the demand for the extraction and processing of natural raw materials. This contributes to lower environmental impacts across the steel and refractory value chains.
Climate Change Mitigation
The valorisation of secondary raw materials reduces the energy and emissions associated with the production and transportation of virgin materials. By extending the lifetime of slag pots and refractory equipment, the project further decreases material consumption and related environmental burdens, supporting EU decarbonisation goals.
Industrial Symbiosis
SAFEPOT promotes collaboration between steel producers, refractory manufacturers, technology providers, and research organizations. Industrial by-products traditionally considered waste are reintegrated into new production cycles, creating industrial symbiosis networks and strengthening circular value chains.
Safer and More Sustainable Operations
The project develops innovative coatings and maintenance solutions that improve slag pot performance and reduce the need for manual interventions in hazardous working areas. This contributes to safer workplaces and more sustainable industrial practices.
Economic Competitiveness
By reducing waste management costs, minimizing the consumption of virgin materials, extending equipment lifetime, and lowering maintenance requirements, SAFEPOT improves the economic sustainability and competitiveness of European steelmakers.
Innovation for Green Industrial Transformation
The project demonstrates advanced technological solutions based on geopolymers, recycled refractories, and steelmaking residues, providing replicable models for sustainable manufacturing that can be transferred to other energy-intensive industries.