News
Celebrating Innovation, Collaboration, and Global Impact
HI-ACT is delighted to announce the successful projects awarded through Call 2 of both the New and Expanding Areas Flex Fund and the Global Impact Flex Fund. These awards recognise outstanding research leadership, bold ideas, and collaborative ambition across the hydrogen and net-zero energy landscape. Congratulations to all successful applicants.
New and Expanding Areas Flex Fund
This fund supports researchers and industry partners to co-create cutting‑edge research exploring the role of hydrogen in local and regional net‑zero energy transitions.
A significant portion of the fund is dedicated to Early Career Researcher (ECR) leadership, and we are proud that three of the four awarded projects are led by ECRs.
Applications for this call were heavily oversubscribed, reflecting the strength and creativity of the UK hydrogen research community. Competition was exceptionally high.
Awarded Projects
• Dr Saeed Harati (ECR), University of Birmingham H2 PlaNet: Hydrogen and Hydrology Planning for Net Zero Energy Transitions
• Dr Shadab Alam (ECR), NZIIC, Teesside University Nuclear Enabled Hydrogen and Direct Air Capture for Sustainable Aviation Fuel: A TEA LCA Assessment
• Dr Weiqi Hua (ECR), University of Birmingham WHISPER: Whole System Hydrogen Integration in Supporting Place‑Based Equitable Net Zero Transition
• Dr Alok Kumar, Brunel University London Contribution of Hydrogen to Energy Transition of Urban Industrial Clusters (CHETUIC)
Global Impact Flex Fund
The Global Impact Flex Fund enables international visits, researcher exchanges, and short-term collaborations that strengthen HI-ACT’s global visibility and amplify the international reach of our research.
Awarded Projects
• Dr Shahab Dehghan, Newcastle University Resilient Integration of Green Hydrogen into Net Zero Energy Systems under Transient Security Limits: A UK–Australia Collaboration (RIGHT UKAU)
• Dr Sube Singh, WMG, University of Warwick Global Collaboration for Hydrogen Supply Chain Readiness, Resilience, and System Integration
• Dr Amir Jahanbakhsh, Heriot-Watt University Challenges with Hydrogen Storage in Underground Porous Media: Microbial Consumption and Residual Trappings
