UditVani, Jamshedpur: Tata Steel has signed a Memorandum of Understanding (MoU) with University of Science and Technology Beijing (USTB) to jointly advance low-carbon steelmaking technologies, reinforcing its commitment to sustainable and future-ready steel production.
Under the agreement, research teams from Tata Steel, Tata Steel Research and Innovation Limited, and USTB will collaborate across four key areas: scrap-based steelmaking, steel waste valorisation, end-product performance, and carbon capture and utilisation technologies.
The partnership will harness USTB’s strong academic capabilities along with its advanced experimental and pilot-scale facilities, enabling promising innovations to be tested, validated, and scaled for industrial deployment.
For Tata Steel, the collaboration underscores its long-standing focus on innovation-driven decarbonisation and its belief in the power of global partnerships to transform heavy industries.
Commenting on the collaboration, Subodh Pandey, Vice President – Technology, R&D, NMB and Graphene, Tata Steel, said, “Low-carbon steelmaking and associated product development for our customers is the need of the hour. At Tata Steel, innovation lies at the heart of our efforts to drive the global transition towards greener steel.
Through this partnership with USTB, we aim to co-create impactful technologies that will help achieve our sustainability goals and build a cleaner, more efficient steel ecosystem.”
Shuqiang Jiao, Vice President of USTB, added, “USTB and Tata Steel share a strong legacy of collaboration built over years of productive engagement.
Highlighting the broader significance, Xinping Mao noted, “The green transformation of the steel industry is one of the most pressing global challenges and a crucial step toward achieving carbon neutrality. USTB’s extensive research in low-carbon metallurgical technologies, circular steel development, and carbon capture will, through this collaboration, contribute significantly to advancing sustainable steel production worldwide.”
