UPSC Relevance
– GS Paper 3: Energy Security, Climate Change, Infrastructure, Technology, Environment
– GS Paper 2: Governance – Policy Implementation, International Partnerships
– GS Paper 1: Geography – Resource Distribution, Industrial Growth
– Essay/Ethics: Sustainable Development, Energy Transition, Climate Justice
The National Green Hydrogen Mission (NGHM), approved by the Union Cabinet in January 2023, is a flagship policy to make India a global hub for production, utilization, and export of green hydrogen. With an outlay of ₹19,744 crore, it aims to reduce fossil fuel imports, cut carbon emissions, and create new economic opportunities by 2030.
Targets for 2030
- 5 MMT green hydrogen annually.
- 125 GW renewable capacity dedicated to hydrogen.
- 50 MMT CO₂ emission reduction per year.
- ₹1 lakh crore savings in fossil fuel imports.
- ₹8 lakh crore investments, creating 6 lakh jobs.
Key Components of NGHM
Strategic Interventions for Green Hydrogen Transition (SIGHT)
- Outlay: ₹17,490 crore.
- Incentives for electrolyser manufacturing and green hydrogen production.
Pilot Projects (₹1,466 crore)
- Steel: Hydrogen as reducing agent instead of coal.
- Mobility: Hydrogen-powered buses, trucks, cars.
- Shipping: Clean hydrogen fuel for ports and vessels.
- Decentralized Energy: Off-grid hydrogen solutions.
- Biomass & Storage: Hydrogen from biomass and advanced storage systems.
Green Hydrogen Hubs
- Export-oriented hubs near ports.
- Infrastructure for production, storage, and transport.
Infrastructure Development
- Hydrogen refueling stations across key transport routes.
- Pipelines and storage facilities for safe transport.
Regulatory Framework
- 88 standards published for hydrogen production, storage, and safety.
Research & Development (₹400 crore)
- Strategic Hydrogen Innovation Partnership (SHIP).
- Public–private partnerships for advanced hydrogen tech.
Skill Development
- Training programs for engineers, technicians, researchers.
Public Awareness & Outreach
- Industry and public campaigns to promote adoption.
Reducing Fossil Fuel Dependency
Key Sectors
- Fertilizers: Replace grey hydrogen with green hydrogen in ammonia production.
- Refineries: Green hydrogen for reducing emissions in petroleum refining.
- Mobility: Hydrogen-powered heavy-duty vehicles (pilot projects in NCR, Gujarat).
- Steel Industry: Hydrogen replacing coal.
- Shipping: Green hydrogen for maritime fuels.
Benefits
- Energy independence, saving ₹1 lakh crore imports annually.
- Environmental gain: 50 MMT CO₂ reduction.
Export Potential
- Global Demand: Japan, South Korea, EU driving demand.
- India’s Advantage: Abundant solar/wind, strategic location.
- Export Strategy:
- Hubs near ports.
- Partnerships with Japan, Germany.
- Exports in green ammonia & methanol (easier to transport).
Progress & Achievements (2024–25)
- 412,000 TPA green hydrogen capacity awarded.
- 3 GW electrolyser capacity approved.
- 7 pilot projects launched across sectors.
- First hydrogen-powered trucks flagged off in 2025.
- Refueling stations set up in Faridabad, Vadodara, Pune, Balasore.
Challenges
- High costs of electrolysers and hydrogen production.
- Infrastructure gaps – few refueling stations, storage challenges.
- Technological barriers in hydrogen storage and transport.
Way Forward
- Scale-up production to achieve economies of scale.
- Encourage PPPs for R&D and infrastructure.
- Long-term policy support and incentives.
- International collaboration with tech leaders.
Conclusion
The NGHM is a transformative step towards energy transition, climate action, and economic growth. By reducing fossil fuel dependency, cutting emissions, and tapping export potential, India can emerge as a global green hydrogen leader by 2030. Success will depend on cost reduction, infrastructure development, policy consistency, and global partnerships.