Tata Steel to deploy EASyMelt technology at Jamshedpur, targets 50% emission reduction

Tata Steel has taken a major step towards decarbonising its steelmaking operations by signing definitive agreements with Paul Wurth, a part of SMS Group, to deploy EASyMelt technology at its Jamshedpur facility. This marks the first industrial scale implementation of the EASyMelt process globally, positioning Tata Steel at the forefront of sustainable steel production.

The project will be executed at the company’s ‘E’ blast furnace in phases. Once operational, the technology is expected to reduce carbon dioxide emissions by more than 50 percent compared to existing ironmaking processes. This development aligns with Tata Steel’s broader strategy to transition towards low carbon and environmentally responsible manufacturing practices.

The move builds on a memorandum of understanding signed between Tata Steel and SMS Group in June 2023, aimed at exploring advanced decarbonisation solutions. Following detailed engineering studies, the company has now moved ahead with the demonstration project, indicating confidence in the viability of the technology.

EASyMelt, or electrically assisted syngas smelter, offers greater flexibility in raw material usage while significantly lowering emissions. It is designed to work efficiently within existing infrastructure, making it a practical solution for brownfield projects in the steel sector.

T V Narendran, Chief Executive Officer and Managing Director of Tata Steel, highlighted that the transition to low carbon steelmaking requires reimagining existing production systems through innovation and partnerships. He noted that the collaboration with SMS Group represents a critical milestone in Tata Steel’s journey towards achieving its net zero goals.

The project also reflects a growing industry trend where leading steelmakers are investing in cleaner technologies to reduce their environmental footprint. As global pressure intensifies to curb emissions, initiatives like this are expected to play a key role in shaping the future of steel manufacturing.