Tata Steel Makes Strides in Hydrogen Transportation Infrastructure Development
Key Ideas
- Tata Steel becomes the first Indian company to successfully test API X65 ERW pipes for pure hydrogen transportation under high pressure.
- The company's in-house development at Khopoli plant and use of steel from Kalinganagar facility showcase technical prowess and commitment to innovation.
- Anticipated rise in demand for hydrogen-compliant steel by 2026-27 highlights market potential and economic benefits of sustainable mass transportation solutions.
- The achievement aligns with India's National Hydrogen Mission, emphasizing Tata Steel's role in supporting green hydrogen production targets and clean energy transition.
Tata Steel, based in Jamshedpur, India, has achieved a significant milestone in the development of hydrogen transportation infrastructure by successfully testing API X65 ERW pipes designed for pure hydrogen transportation under high pressure conditions. The company's Khopoli plant processed these groundbreaking pipes, sourced from their Kalinganagar facility, marking them as the first Indian company to achieve this feat. Rigorous testing conducted at RINA-CSM S.p.A in Italy validated the performance of these pipes, showcasing their ability to handle 100% pure gaseous hydrogen under 100 bar pressure.
The market impact of this development is expected to be substantial, with the demand for hydrogen-compliant steel projected to rise by 2026-27, potentially reaching 350KT. Additionally, the use of steel pipelines for hydrogen transportation offers cost-effective mass transportation solutions, indicating significant market growth potential in this sector.
This achievement also aligns with India's National Hydrogen Mission objectives, emphasizing the necessity of green hydrogen production targets and clean energy transition. Prabhat Kumar, a representative of Tata Steel, expressed pride in contributing to India's clean energy goals and highlighted the company's ongoing commitment to developing sustainable hydrogen solutions through continued research initiatives.