IIT Kanpur and IIT-BHU to Lead Uttar Pradesh’s Green Hydrogen Initiative
The Uttar Pradesh government has announced a significant step towards a sustainable energy future by approving the establishment of two Centres of Excellence (CoEs) for green hydrogen research. These centres will be located at the Indian Institute of Technology (IIT) Kanpur and the Indian Institute of Technology–Banaras Hindu University (IIT-BHU). This initiative is a crucial component of the state’s clean energy transition strategy.
Overview of the Initiative
The newly approved CoEs will focus on applied and experimental research across the entire green hydrogen value chain. This includes essential aspects such as:
- Production
- Storage
- Transportation
- Utilisation
This initiative aligns with Uttar Pradesh’s Green Hydrogen Policy 2024, which aims to position the state as a leading hub for green hydrogen manufacturing and development.
Collaboration and Structure of the CoEs
The first CoE will be established through a collaboration between IIT Kanpur and Harcourt Butler Technical University (HBTU). The second CoE will be set up by IIT-BHU in partnership with the Mahila Vishwavidyalaya of Technology (MMUT), Gorakhpur. These centres will operate as joint facilities, pooling resources such as academic leadership, research infrastructure, and specialized equipment.
Funding and Support
The Uttar Pradesh government will support the initiative by covering at least 50% of the costs associated with research infrastructure and equipment. The remaining funding will be sourced through the partner institutions and collaborative projects. This framework allows for:
- Joint supervision of research initiatives, including PhD programmes.
- Faculty members from partner institutions serving as co-guides.
Furthermore, the CoEs will function as nodal technical bodies, offering support to government departments, industries, startups, and academic institutions involved in green hydrogen projects.
Objectives and Mandate of the CoEs
The primary objectives of the Centres of Excellence include:
- Providing technical advisory inputs to facilitate the growth of the green hydrogen sector.
- Assisting in policy formulation to promote the adoption of green hydrogen technologies.
- Strengthening Uttar Pradesh’s position as a strategic hub for green hydrogen research, manufacturing, and deployment.
Officials have emphasized that the initiative will operate within the approved financial framework, without requiring additional infrastructure funding beyond what has been sanctioned.
Impact on Local Production and Investment
The establishment of these CoEs supports Uttar Pradesh’s ambitious target of achieving at least 50% of its green hydrogen consumption through local production. The state government is also keen on attracting private investment in this sector. Current proposals include:
- Setting up hydrogen-based transport corridors.
- Encouraging industries to establish hydrogen production plants.
These efforts are expected to create a robust ecosystem for green hydrogen, which is crucial for decarbonising hard-to-abate sectors such as:
- Steel manufacturing
- Petroleum refining
- Heavy-duty mobility
- Ammonia production
The Role of Green Hydrogen in Sustainable Development
Green hydrogen is increasingly recognized as a vital component in the transition towards a sustainable energy future. Its potential to decarbonise various industries makes it a key player in achieving global climate goals. The establishment of the CoEs at IIT Kanpur and IIT-BHU is a strategic move to harness this potential and foster innovation in green hydrogen technologies.
Conclusion
The collaboration between IIT Kanpur, IIT-BHU, and their respective partner institutions marks a pivotal moment in Uttar Pradesh’s journey towards becoming a major player in the green hydrogen sector. By focusing on research and development, the state aims to not only meet its energy needs sustainably but also contribute to the global efforts in combating climate change.
Note: The establishment of these Centres of Excellence is a significant step towards a greener future, highlighting the importance of academic collaboration in addressing global energy challenges.
