JSW Steel, one of India's leading steel producers, has announced a substantial investment of $2 billion in a decarbonization program to significantly reduce CO2 emissions. The company aims to cut emissions by 42% by 2030 compared to 2005 levels. This initiative includes strategies such as leveraging renewable energy, increasing the usage of scrap metal in production, and adopting cutting-edge technologies like hydrogen-based steel production. JSW Steel has already launched 800 MW of green energy capacity and plans to expand this to 2.5 GW soon, with a target of reaching 10 GW by 2030. At their Vijayanagar plant in Karnataka, JSW is constructing an advanced hydrogen-based complex that will house a direct reduced iron (DRI) plant and a 3,800-ton hydrogen production facility. These developments are pivotal in shaping the future of low-carbon steel production. Through their SEED (Sustainable Energy Environment and Decarbonisation) program, JSW has successfully reduced over 3.5 million tonnes of CO2 emissions. The company is also focusing on enhancing the use of scrap metal, upgrading processing equipment, and exploring innovative ways like converting slag into sand and cement materials. By 2030, JSW aims to lower emissions to 1.95 tons of CO2 per ton of steel, with support from international partners providing green technologies and modernizing existing facilities. Despite facing challenges such as the high cost of hydrogen and limited availability of quality scrap, JSW is dedicated to meeting market demands while upholding its climate commitments. In addition to these initiatives, JSW Group is planning to invest between $5.8 billion and $7 billion in the development of a green steel plant in Salav, Maharashtra. This plant will specifically cater to the European market as it implements a cross-border carbon adjustment mechanism (CBAM). Overall, JSW Steel's efforts represent a significant step towards sustainable and eco-friendly steel production, showcasing a commitment to innovation, sustainability, and global market expansion.