The Ministry of New and Renewable Energy (MNRE) in India has announced the opening of the second round of applications for research and development projects under the National Green Hydrogen Mission. The call for proposals aims to drive advancements in affordable and indigenous technologies related to green hydrogen production, storage, transport, and various applications. The deadline for submission is set for August 21, 2025. This initiative is part of the government's strategy to converge efforts from universities, industries, and public institutions to develop practical solutions that enhance the safety, cost-effectiveness, and efficiency of green hydrogen systems. The focus lies on moving promising technologies closer to commercial viability through development and scaling support. The research projects sought under this mission are expected to concentrate on innovative hydrogen production methods from both non-biomass sources and biomass, improved storage and transport solutions, as well as new applications for hydrogen like refueling stations, power systems, and drones. Safety aspects are also highlighted, with provisions for developing protective equipment and leak detectors. The eligibility for application spans across various organizations, including research institutions, government entities, public sector companies, and private firms with necessary infrastructure. The funding allocation varies based on organization type, with private companies eligible for support covering up to 80% of project costs. The overall objective of this initiative resonates with India's ambition to establish a strong foundation for the green hydrogen sector. The government's roadmap, released in July 2023, outlines a ₹4 billion investment focus to nurture innovation, drive cost reductions, and promote clean energy adoption nationwide. MNRE officials have expressed optimism towards this development, emphasizing the significance of supporting research that can translate into tangible impact and facilitate the integration of green hydrogen into daily applications.