Traditional steel production contributes to global carbon dioxide emissions due to reliance on coal and natural gas. Researchers at SINTEF in Norway are pioneering pollution-free steel production by exploring the use of hydrogen plasma. Hydrogen plasma, when superheated, can efficiently strip oxygen from metal ores, releasing only water vapor as a byproduct. This technology has the potential to revolutionize the metal industry by significantly reducing CO2 emissions. The researchers are focusing on applying this technology to ferromanganese used in steel manufacturing. They believe that transitioning from carbon to hydrogen plasma could lead to a greener and more sustainable approach to steel production. The researchers emphasize the importance of collaboration between the steel industry, governments, and financial support to facilitate the adoption of this innovative technology. They also highlight the need for workforce training and educational curriculum adaptation to prepare for the transition. While this technology shows promise in Norway, its global economic impact may vary, with potential declines in sectors like mining and coke production in countries such as Denmark, Brazil, Nigeria, and the USA. The researchers advocate for further research and innovation in hydrogen plasma technology to make it economically viable and environmentally beneficial for the industry and the planet.