Scientists at SINTEF are at the forefront of developing hydrogen plasma technology to revolutionize steel production by creating emission-free steel. The research, led by Kristine Bly, aims to address the significant CO2 emissions in the metal industry by replacing fossil carbon with hydrogen plasma. This superheated state of hydrogen significantly enhances its reactivity, allowing for more efficient metal extraction that emits only water vapor as a byproduct. SINTEF's current focus is on applying this technology to ferromanganese production and exploring its scalability and energy requirements. The HyPla project has demonstrated the feasibility of using hydrogen plasma through theoretical studies and pilot-scale testing. The potential impact extends beyond emission reduction, as the technology could reshape global supply chains by reducing the need for traditional reducing agents and potentially increasing the demand for renewable energy. This advancement aligns with global initiatives for net-zero emissions and signifies a crucial step towards a greener and more sustainable future in the metal industry.