About CO2-NiCE

The steel industry is facing a necessary transition towards climate neutrality, where increased use of recycled steel is a key factor. A key challenge is to manage variations in alloying elements without compromising the quality of the material.

This project, led by Luleå University of Technology, aims to develop knowledge and methods to optimize scrap management and manufacturing processes. The goal is to enable a more resource-efficient and sustainable steel production within a circular economy.

The project focuses on evaluating the effect of scrap sorting on steel properties, developing rapid methods for material validation, and designing robust manufacturing processes that can handle greater variation in material quality. Sustainability is ensured through life cycle assessments to minimize negative environmental impacts.

The project is funded by the Just Transition Fund, with a total budget of SEK 15.5 million. The project is carried out in close collaboration with industry, ensuring a close link to applied research and practical implementation.

The work is organized in three parts: project management and collaboration, resource-efficient steel value chains, and implementation of carbon-neutral materials. It includes research, industrial collaboration and regular external evaluations.

Expected results include new methods for material validation, improved recycling processes and knowledge dissemination through publications and conferences. The project supports industry's transition to fossil-free steel, especially in the automotive sector, and contributes to the UN Sustainable Development Goals on sustainable industry, resource efficiency and skills development.

The project runs from February 2025 to January 2028 and is expected to provide crucial insights for a more sustainable and circular steel production.