Tata Steel's Low-Carbon Steelmaking Facility in Port Talbot to Reduce Emissions by 90%
Key Ideas
- Tata Steel plans to construct a low-carbon electric arc furnace steelmaking facility in the UK, aiming to reduce on-site carbon emissions by up to 90% and achieve a 10-15% reduction in emission intensity by 2030.
- The new facility is projected to cut over 50 million tonnes of carbon dioxide emissions in the next decade, with an annual production capacity of 3.2 million tonnes of low-emission steel.
- The company is also focusing on cost rationalization by reducing fixed costs significantly and investing in technologies like hydrogen transportation pipes and deploying over 558 artificial intelligence models for operational efficiency.
- Additionally, Tata Steel is working on constructing a scrap-based electric arc furnace in Ludhiana, India, and has launched India's first Carbon Bank to convert carbon dioxide into assets, showing a commitment to sustainability and innovation.
Tata Steel is making significant strides towards sustainability with the construction of a low-carbon electric arc furnace (EAF) steelmaking facility in Port Talbot, UK. The company aims to reduce on-site carbon emissions by up to 90% using recycled scrap, with operations set to commence in 2027. This initiative aligns with Tata Steel's goal of achieving a 10-15% reduction in emission intensity by 2030 compared to levels in FY2024-25. The EAF will have an annual production capacity of 3.2 million tonnes of low-emission steel and is expected to decrease more than 50 million tonnes of carbon dioxide emissions over the next decade.
In addition to its efforts in the UK, Tata Steel is also working on sustainable steel production in India. The company is constructing a scrap-based electric arc furnace in Ludhiana to cater to the demand for low-emission steel in the country. Furthermore, Tata Steel has launched India's first Carbon Bank, which converts carbon dioxide into valuable assets for customers.
Moreover, Tata Steel has demonstrated its innovation in hydrogen transportation by developing and testing API X65 Electric Resistance Welded (ERW) pipes capable of transporting 100% pure gaseous hydrogen under high pressure. The company's focus on technology integration includes deploying over 558 artificial intelligence models for process control and maintenance optimization.
Overall, Tata Steel's commitment to sustainability, technological innovation, and cost rationalization is evident in its strategic initiatives towards reducing carbon emissions, leveraging renewable energy sources, and enhancing operational efficiency.