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Efficient Resource Use: The Link Between Raw Materials and By-products in the Green Transition

Important results from the project

The overall objective of the project was:

• to identify and map research gaps related to specific elements and their properties in the new fossil-free steel value chain.

• to develop a deeper understanding of how these elements are distributed and concentrated and affect side streams.

• to formulate recommendations for future research and development efforts in this area.

All objectives have been met and the project also contributed to increased collaboration in other areas.

Expected long term effects

The project is expected to contribute to a more resource-efficient and sustainable steel production through increased understanding of the behavior of trace elements in fossil-free processes. This enables better utilization of by-products, reduced waste and lower environmental impact. The results strengthen the circular economy, innovation and security supply of critical raw materials.

Approach and implementation

The project was carried out as a pre-study in close collaboration divided into five work packages. In addition to workshops with stakeholders, literature review and simulations of process pathways, gap analysis and sustainability analysis were also carried out. Thermodynamic calculations were used to map the behavior of trace elements. The results are synthesized in a final report including proposals for future research projects in collaboration with relevant stakeholders.

The text has been written by the project team. The content is copied from the funding agency’s website and has not been reviewed by the Program Office.

Project title
Efficient Resource Use: The Link Between Raw Materials and By-products in the Green Transition
Registration number
2024-02723
Coordinator
Luleå University of Technology - Inst för samhällsbygg & naturresurser
Call
2024-01480 Impact Innovation: Feasibility studies within Technological Action Areas in the program Metals & Minerals
Project duration
October 2024 - June 2025
Project type
Feasibility study
Responsible funding agency
Vinnova

For further information about the project, please visit Vinnova