We aim to take a leading role in developing breakthrough technologies that will enable a global transition to a low-carbon economy.
We are constantly improving our production processes and investing in innovative technologies to take the next big step in energy efficiency and sustainability. Our goal? To become the circular steel company of the future, where residual flows are converted into new products and valuable raw materials for our production.
Our focus is on:
- Using more recycled scrap
Currently, we add 20% recycled scrap during the conversion of liquid hot metal into steel. We are aiming for a higher percentage of scrap and less use of primary raw materials.
- Eliminating energy losses
ArcelorMittal Belgium is among the world leaders in energy efficiency. We aim to maintain and further strengthen this position by continuously seeking new ways to optimize our capacity.
- Maximizing the reuse of residual materials, residual heat, and residual gases
We are fully committed to making our production as circular as possible. This means that we not only reuse steel scrap, but also give other residual flows such as plastics, waste wood, residual heat and gases a second life. In this way, we reduce the use of primary raw materials and our CO₂ emissions.
Why is this important?
By making maximum use of residual materials and gases, we are reducing our ecological footprint and contributing to a low-carbon economy. Innovation and collaboration are central to this.
Some projects
Torero: waste wood as raw material
Here, we convert waste wood into biocoal, a sustainable substitute for fossil coal in our blast furnaces. This gives waste wood from municipal collection points a useful purpose and reduces our dependence on non-renewable raw materials.
Steelanol: from CO to ethanol
Steelanol is a groundbreaking initiative in which, together with international partners, we capture and separate CO and CO₂ from our production process. These gases are then converted into ethanol, a building block for transport fuels, paints, plastics, clothing, and even cosmetics. In this way, we are contributing to the decarbonization of the chemical sector.
