The Ministry of New and Renewable Energy (MNRE) has opened the second round of proposal submissions under the research and development (R&D) scheme of the National Green Hydrogen Mission (NGHM). The call focuses on applied and translational research targeting technology readiness levels from four and above, with a scope spanning hydrogen production, storage, transportation, applications, and safety. The first round saw support for 23 projects. The MNRE is now inviting further proposals from academic institutions, government bodies, public sector undertakings, private research institutions, and industries with relevant R&D capabilities in green hydrogen technologies.
Eligible entities must submit project proposals addressing affordability, efficiency, scalability, and commercialisation of green hydrogen technologies. Consortia comprising academia and industry are encouraged, with academic partners eligible for up to 100 per cent funding, while private institutions and industries may receive up to 80 per cent support. For projects up to Rs. 10 million, overheads of 8 per cent are permitted. For those between Rs. 10 million and Rs. 50 million, overheads are capped at 8 per cent or Rs. 1.5 million, whichever is lower. Tiered overhead structures apply for larger projects exceeding Rs. 50 million. Domestic travel expenses are capped at Rs. 300,000 per annum per project, and up to 10 per cent of project costs may be allocated for contingency expenses. Proposals must clearly define objectives, technology readiness levels, deliverables, project timelines, and roles for each partner in a consortium. Industry partners must demonstrate prior R&D capacity and a commercialisation plan.
Proposals will be evaluated based on relevance, clarity, technical feasibility, innovation potential, and alignment with national priorities outlined in the R&D roadmap. Submission is online only through the MNRE portal. The deadline for submission of proposals is August 21, 2025. The MNRE retains the authority to terminate projects that show inadequate progress or misuse of funds. Priority problem statements include new hydrogen production methods using both biomass and non-biomass, cost-efficient electrolyser components, hydrogen storage materials with over 3 weight per cent capacity, hydrogen refuelling stations, compression technologies, and safety devices such as indigenous leak detection systems and hydrogen valves and sensors.
