Green Hydrogen in India: Policy to Practice – A 2025 Market Report

Executive Summary: India’s Green Hydrogen Imperative – A 2025 Outlook

India is positioned at the cusp of a green hydrogen revolution. With 25 GW electrolyzer capacity in project pipelines and a 5 MMT green hydrogen target by 2030, the nation is rapidly building an ecosystem designed to contribute significantly to its Net-Zero by 2070 goal. This transition is marked by a shift from its 6.5 MMT grey hydrogen base toward a sustainable future.

This comprehensive 2025 Market Report by SORT Consultancy consolidates key themes: policy frameworks, cost drivers, industrial demand, export readiness, and actionable steps for new plant developers. With 862,000 tonnes per annum (TPA) of green hydrogen capacity allocated in 2025, driven by the NGHM’s ₹19,744 crore investment coupled with state-level incentives, this report offers an invaluable resource for investors, policymakers, researchers, and industry stakeholders. It outlines the market dynamics, challenges, opportunities, and practical steps to establish a green hydrogen plant in India, providing a holistic guide to navigating this pivotal sector.

Introduction to Green Hydrogen: Fueling a Sustainable Future

Green hydrogen, generated via electrolysis using renewable energy (RE) sources like solar, wind, and hydro, is globally recognized as a cornerstone of decarbonization. Unlike grey hydrogen (derived from fossil fuels), it offers a near-zero-emission pathway, making it indispensable for sectors traditionally hard-to-abate.

Key electrolyzer technologies are central to green hydrogen production, and their choice affects CAPEX/OPEX dynamics:

• Alkaline Electrolysers: The most mature and cost-effective technology, dominant in India due to their relatively lower cost (approx. ₹2–3 crore/MW). However, they are generally less efficient (requiring 50–60 kWh/kg of electricity).

• Proton Exchange Membrane (PEM) Electrolyzers: Offer higher efficiency, faster response times, and compactness, making them suitable for dynamic renewable energy integration and mobility applications, but come with a higher capital cost.

• Anion Exchange Membrane (AEM) & Solid Oxide Electrolyzers (SOE): Emerging technologies promising efficiency improvements. SOE, operating at high temperatures, offer potential efficiencies below 40 kWh/kg and are promising for industrial use.

India’s abundant solar (2,500 GW potential) and wind (695 GW potential) resources provide a significant competitive edge, with renewable energy costs already as low as ₹2.5–3/kWh.

Strategic Imperatives for India: A Multidimensional Push

India's ambitious pursuit of green hydrogen is underpinned by a confluence of powerful economic, environmental, and geopolitical imperatives:

• Economic Growth & Job Creation: The sector is expected to create 2.5 million jobs by 2050, driven by manufacturing, infrastructure development, and R&D, contributing to a projected market size of USD 8 billion by 2030 and USD 340 billion by 2050.

• Energy Security: Reducing reliance on imported fossil fuels, leveraging domestic renewable energy, and saving a projected USD 12 billion in fossil fuel imports by 2030.

• Decarbonization Goals: Achieving Net-Zero emissions by 2070, with green hydrogen expected to contribute to 50 MMT of annual CO2 emission reductions, playing a pivotal role in decarbonizing industries.

• Global Leadership: India aims to capture 10% of the global hydrogen market (100 MMT by 2030), particularly in green ammonia exports, positioning itself as a frontrunner in clean energy and a technology exporter. Reducing import dependency on grey hydrogen and fossil fuels aligns with broader geopolitical strategies.

For those contemplating a green hydrogen plant, aligning with these national strategic goals can unlock significant support and opportunities.

National Green Hydrogen Mission (NGHM) Deep Dive

The NGHM, launched in 2023, is the bedrock of India's green hydrogen strategy, with a total allocation of ₹19,744 crore through 2029–30. Its multi-pronged approach covers the entire value chain:

• Budget Allocations:

  • • ₹17,490 crore for the Strategic Interventions for Green Hydrogen Transition (SIGHT) Programme.

    • ₹1,466 crore for pilot projects.

    • ₹400 crore for R&D.

• Timelines & Targets: Aims for 5 MMT green hydrogen production by 2030, supported by 125 GW of associated renewable energy capacity. This contributes to 50 MMT of annual CO2 emission reductions by 2070.

• Programs: Includes SIGHT 1 & 2 (incentivizing electrolyzer manufacturing and green hydrogen production), Production-Linked Incentive (PLI) schemes for electrolyzers and hydrogen production, R&D grants, and the establishment of certification labs.

• Expected Outcomes: A production cost reduction to $2/kg by 2030 and the development of 125,000 km of hydrogen pipelines by 2040.

For Project Developers: Understanding the specifics of SIGHT and other NGHM components is the first crucial step. Identifying which components of your proposed plant (electrolyzer procurement, production volume, specific end-use application) align with NGHM incentives is vital for financial viability.

Policy & Regulatory Landscape: Navigating the Incentives

India’s policy framework is rapidly evolving into a global benchmark, creating a conducive environment for green hydrogen projects by blending national and state-level incentives:

• National Incentives:

  • • ISTS Charge Waiver: A 25-year waiver for renewable energy projects commissioned by December 31, 2030, significantly reducing renewable energy procurement costs.

    • Production-Linked Incentive (PLI) Scheme: Specifically supports electrolyzer manufacturing (₹4,440 crore) and green hydrogen production.

    • Open Access & Renewable Energy Banking: Critical for managing the intermittency of renewable energy by enabling producers to draw power from the grid when direct RE is unavailable, and bank excess RE.

    • Carbon Pricing Outlook: India is actively exploring frameworks to integrate carbon pricing into its climate strategy, which would further incentivize green hydrogen.

• State-Level Packages: Several states are actively vying to become green hydrogen hubs, offering unique, localized incentives:

  • • Gujarat: Known for land subsidies, reduced water tariffs, and streamlined single-window clearances.

    • Maharashtra: Offers tax breaks, capital subsidies, and initiatives to develop dedicated green hydrogen clusters.

    • Tamil Nadu: Focus on cluster development and tailored incentives for coastal projects leveraging desalination.

    • Rajasthan, Karnataka, Odisha: Emerging policies with attractive land allocation schemes and financial support for green hydrogen projects.

• Global Alignment: India's Bureau of Indian Standards (BIS) and MNRE are actively working to harmonize global standards via BIS, ISO/IEC protocols, and EU–India certification collaborations. This is crucial for export market access and establishing the hydrogen color taxonomy and GHG intensity thresholds.

For Project Developers: Thorough due diligence on state-specific policies is paramount. A multi-state comparison of incentives, land availability, water resources, and grid connectivity should be a foundational step in your plant location strategy. Engage with state nodal agencies early to understand local support mechanisms and explore the advantages of open access and RE banking.

Market Dynamics & Industry Landscape (2025 Snapshot)

The Indian green hydrogen market in 2025 is characterized by nascent but rapidly expanding activity, driven by significant private and public sector interest.

• Current Project Status:

  • • Major Pilot & Early Commercial Projects: India has 862,000 TPA of green hydrogen capacity allocated in 2025. Key pilots include IOCL Panipat (10 TPD) green hydrogen production, ONGC’s green ammonia trials, JSW & Tata Steel’s Direct Reduced Iron (DRI) trials with hydrogen, and several H₂ mobility corridors under ₹496 crore pilot support.

    • Project Locations & Capacities: Early projects are concentrated around renewable energy-rich states (Gujarat, Rajasthan) and existing industrial clusters (refineries, fertilizer plants), with capacities scaling up rapidly from initial pilot projects.

• Key Players and Their Investment Strategies:

  • • Reliance Industries Ltd (RIL): Investing ₹75,000 crore in an end-to-end green energy ecosystem, including an electrolyzer gigafactory at Jamnagar, with a bold target of $1/kg by 2035.

    • Adani Group: Aims to invest $50 billion in green hydrogen and ammonia, leveraging its 30 GW renewable energy capacity in Kutch for large-scale production and export from Mundra (targeting 1 MMT green ammonia annually by 2030).

    • NTPC: India's largest power utility, with a $21 billion plan for integrated renewable-hydrogen projects, including the Ladakh RE–H₂ pilot scheme and a 1,500 TPD green hydrogen hub at Pudimadaka, Andhra Pradesh (targeting 2026 completion).

    • Public Sector Undertakings (PSUs): IOCL, BPCL, and GAIL are actively pursuing green hydrogen integration into existing refinery operations, gas blending, and developing hydrogen mobility missions.

    • L&T: Positioning itself as a major EPC player for green hydrogen projects, also exploring advanced hydrogen carrier technologies.

    • ACME Solar: One of India's leading renewable energy developers, venturing into integrated green hydrogen production.

• Sector-Wise Demand Analysis:

  • • Fertilizers: Projected demand of 3–5 MMT by 2030, driven by the shift to green ammonia.

    • Refineries: Expected to require 2–3 MMT of green hydrogen, replacing grey hydrogen for desulfurization and other processes.

    • Steel: Significant decarbonization potential with demand for green hydrogen in DRI processes reaching up to 4 MMTPA by 2025–2030.

    • Mobility: Projected demand of 0.5–1 MMT, with growing adoption of fuel cell electric vehicles (FCEVs) in heavy-duty transport.

    • Emerging Sectors: Cement, shipping, and power generation (through blending in gas turbines) are expected to contribute an additional 0.5 MMT by 2030.

• Supply Chain Analysis:

  • • Electrolyzer Manufacturing: India’s capacity is projected to reach 10 GW by 2030, supported by PLI schemes, with 1 GW capacity online and a 5 GW manufacturing pipeline.

    • Renewable Energy: India's massive RE targets (300 GW solar and 100 GW wind by 2030) are crucial for ensuring low-cost, dedicated green power. RE + storage clusters are actively being readied.

    • Storage/Transport: Remains nascent, relying on conventional methods (tube trailers, small-scale onsite storage). Large-scale dedicated pipelines (only 1,000 km planned by 2030, far short of the 125,000 km by 2040 target) and advanced storage (e.g., LOHCs) are still in early development phases.

For Project Developers: Understanding current project successes and the strategies of key players offers invaluable insights. Identifying clear off-takers in high-demand sectors (e.g., fertilizer plants, refineries) and securing Power Purchase Agreements (PPAs) from reliable renewable energy sources are critical prerequisites for your green hydrogen plant. Engage with these players for potential partnerships or off-take agreements to secure early market access.

SWOT Analysis – Challenges & Opportunities for India's Green Hydrogen Ecosystem

India’s green hydrogen journey is characterized by both significant strengths and formidable challenges.

Strengths:

• Abundant low-cost renewable energy resources (2,500 GW solar, 695 GW wind).

• Robust government backing via the NGHM, including substantial financial allocations.

• Large domestic demand from existing industrial sectors (fertilizers, refineries, steel).

• Skilled engineering and scientific talent pool.

• Strong industry players with aggressive investment plans.

• Geopolitical advantage for export via emerging global export corridors.

Weaknesses:

• High Production Costs: Green hydrogen at ₹397/kg ($4.6/kg) in 2025 versus a targeted $2/kg, creating a significant "green premium."

• Infrastructure Gaps: Lack of dedicated pipelines, high cost/technical challenges of large-scale storage (limited suitable salt caverns), and nascent refueling/distribution networks.

• Technological Gaps: Continued reliance on imported electrolyzer components, need for greater efficiency in current systems (50-60 kWh/kg vs. global best 40 kWh/kg).

• Water Dependency: Electrolysis requires 9–10 liters/kg H2, posing a challenge in water-stressed regions.

• Certification Clarity: Evolving global and domestic standards.

Opportunities:

• Domestic Market Growth: Accelerating demand from steel (up to 4 MMTPA green DRI demand 2025–2030), ammonia, refineries, and mobility (0.5-1 MMT).

• Export Potential: Green ammonia exports (aiming for 10 MMT annually by 2035) to the EU (REPowerEU targets 10 MMT imports), Japan, and Korea.

• Technological Innovation: Significant R&D opportunities in LOHCs (potentially reducing logistics costs by 30%), e-methanol, and SAFs.

• Global Collaborations: Partnerships for technology transfer (Germany's Fraunhofer Institute), R&D (Japan’s NEDO, Australia’s CSIRO), and trade corridors (India-EU, IMEC).

• Policy Evolution: Anticipated carbon pricing mechanisms and harmonized global certification standards by 2027.

Threats:

• Regulatory Mismatches: Inconsistent state-level transmission rules and RE banking policies.

• Global Competition: Other nations (Australia, Middle East, USA) with significant resources and policy support also vying for green hydrogen leadership.

• Financing Roadblocks: High perceived risks and long payback periods deterring certain private investors.

• Skill Shortage: Lack of specialized training programs to meet the projected demand for 2.5 million jobs by 2050.

• Water Stress: Environmental impact and operational risks in water-scarce regions if not managed sustainably.

For Project Developers: A robust risk mitigation strategy is paramount. Address high costs through NGHM's SIGHT VGF applications and securing long-term off-take agreements. Plan for sustainable water sourcing (treated wastewater, desalination). Invest in skill development and safety protocols. Early engagement with policymakers to advocate for consistency in state regulations is beneficial.

Future Outlook & Global Positioning: India as a Hydrogen Powerhouse

India’s green hydrogen future is one of immense promise, driven by ambitious demand projections and a clear strategy for global leadership.

• Demand & Contribution: By 2030, total hydrogen demand is projected to be 12–20 MMT, with green hydrogen taking a 46% share. The long-term vision aims for 27.2 MMT by 2050, supporting the Net-Zero 2070 goal via 50 MMT annual CO₂ abatement.

• Exports: India is targeting 10 MMT green ammonia exports by 2035. Key export markets will include the EU (driven by REPowerEU targets for 10 MMT green hydrogen imports), Japan, and South Korea for green ammonia and other derivatives.

• Corridors: The India-EU Green Hydrogen Corridor and the India-Middle East-Europe Economic Corridor (IMEC), launched in 2023, are crucial for facilitating pipeline and shipping infrastructure for hydrogen trade. India–GCC collaborations for joint production and re-export are also planned.

• Innovation: Innovations like Liquid Organic Hydrogen Carriers (LOHCs) and sustainable aviation fuels (SAFs), and e-methanol, are currently undergoing pilots and will be crucial for enhancing transport efficiency and decarbonizing new sectors.

• Policy Evolution: Anticipated carbon trading mechanisms and formal integration of global standards will further solidify India's position.

• Global Leadership: India's active participation in global forums like the World Hydrogen Summit 2025 (with Indian delegations showcasing projects and securing partnerships), alongside technological collaborations and policy advocacy for equitable access, strengthens its role as a global leader.

Investment Opportunities & Policy Recommendations: Actionable Insights

For investors, technology providers, and policymakers, India’s green hydrogen sector presents a landscape ripe with opportunities.

For Investors & Technology Providers:

• Invest in Electrolyzer Manufacturing: Capitalize on NGHM's SIGHT scheme and PLI for domestic production incentives. Focus on cost-effective alkaline and efficient PEM technologies.

• Develop Storage & Transport Solutions: Innovate in cost-effective hydrogen storage (beyond compressed gas/liquefied) and last-mile distribution networks. LOHCs represent a key area for R&D and investment.

• Target Specific Applications: Invest in green hydrogen projects catering to high-demand, hard-to-abate sectors like fertilizers, refineries, and steel, where off-take agreements can be secured.

• Explore Green Ammonia & Derivative Production: Focus on export-oriented green ammonia plants, e-methanol, and SAF production facilities to tap into global markets, leveraging India’s ₹2.5–3/kWh RE cost advantage.

• Form Strategic Partnerships: Collaborate with Indian industrial majors (Reliance, Adani, NTPC, IOCL) for integrated projects and market access. Look for opportunities in states like Gujarat and Tamil Nadu due to favorable policies.

For Policymakers:

• Accelerate Carbon Pricing: Introduce robust carbon pricing (carbon tax or ETS) by 2030 to make green hydrogen economically competitive without long-term subsidies. Introduce GHPO mandates (Green Hydrogen Purchase Obligations).

• Harmonize State-Level Policies: Ensure consistency in renewable energy transmission rules and RE banking across states to de-risk projects.

• Expedite Global Certification: Fast-track the formalization of India's green hydrogen certification by 2027, aligning with international standards (e.g., EU, Japan) to boost export potential.

• Strengthen R&D Ecosystem: Increase NGHM R&D allocation (currently ₹400 crore) and foster greater public-private collaboration in advanced materials, SOE, AEM, and system integration.

• Launch a National Green Hydrogen Skill Mission: Address the projected demand for 2.5 million jobs by 2050 by creating specialized training programs and academic partnerships.

Starting a Green Hydrogen Plant in India: A Step-by-Step Guide

For developers looking to enter India's green hydrogen market, a structured approach is key:

1. Market Research and Feasibility Study:

   • • Analyze demand in target sectors (e.g., fertilizers, steel, refineries) to secure potential off-take.

     • Assess renewable energy availability (solar/wind potential in Gujarat, Rajasthan, Tamil Nadu) and ensure reliable supply.

     • Conduct a comprehensive cost-benefit analysis, factoring in all NGHM and state-level incentives.

2. Site Selection:

   • • Choose locations with high renewable energy potential and robust grid connectivity (e.g., Gujarat’s Kutch or Tamil Nadu’s coastal regions).

     • Ensure proximity to water sources or explore economically viable desalination/treated wastewater options.

     • Consider proximity to off-takers or export hubs (ports).

3. Policy and Incentive Utilization:

   • • Proactively apply for SIGHT programme funding (VGF for production, PLI for electrolyzer manufacturing).

     • Leverage ISTS charge waivers and eligible state subsidies (e.g., Gujarat’s land subsidies, Maharashtra’s tax breaks).

     • Secure renewable energy banking agreements for stable power supply and open access for RE sourcing.

4. Technology & EPC Partnering:

   • • Choose electrolyzer type (Alkaline for cost-effectiveness, PEM for flexibility/mobility, SOE for industrial) based on your specific scale and workload requirements.

     • Partner with domestic manufacturers under SIGHT and PLI (e.g., Ohmium, L&T, Thermax) or global firms (Siemens, Thyssenkrupp) for technology transfer.

     • Select an experienced EPC (Engineering, Procurement, Construction) partner for plant execution.

5. Offtake & Revenue Planning:

   • • Secure long-term Hydrogen Purchase Agreements (HPAs) or Memorandums of Understanding (MoUs) with industrial off-takers.

     • Prepare for upcoming GHPO or RHPO (Renewable Hydrogen Purchase Obligation) mandates.

     • Explore export opportunities for green ammonia or LOHC via MoUs with European or GCC buyers.

6. Financing Strategy:

   • • Combine equity from investors, PLI grants, green bonds, and concessional finance from multilateral funding agencies (e.g., Green Climate Fund, ADB, World Bank).

     • Develop a robust financial model demonstrating long-term viability even after VGF phases out.

7. Infrastructure Integration:

   • • Install dedicated renewable energy capacity (solar/wind farms) for consistent power.

     • Develop appropriate storage (compressed hydrogen, LOHCs) and transport (pipelines, trucking, port facilities).

     • Plan for refueling stations if targeting mobility applications.

8. Environmental & Social Compliance:

   • • Obtain all necessary environmental clearances and safety certifications.

     • Prioritize sustainable water sourcing (treated wastewater, desalination).

     • Deploy local hiring and upskilling programs in collaboration with industry bodies to foster community buy-in.

9. Execution & Commissioning:

   • • Work closely with EPC partners to ensure timely construction.

     • Rigorously test electrolyzer capacity, purity systems, and safety protocols.

     • Populate certification labs; appraise via BIS standards for domestic use and international protocols for exports.

10. Scale-Up & Innovation:

    • • Reinvest savings from early projects to augment RE and hydrogen capacity.

      • Implement R&D pilots for advanced technologies like LOHC, SAF, and blended mobility applications.

Case Study: Adani’s Mundra project demonstrates this comprehensive approach, combining 30 GW renewable capacity, a 1 MMT green ammonia plant, and export-focused infrastructure, all supported by Gujarat’s favorable policies.

Appendices

• Glossary:

  • • Green Hydrogen: Hydrogen produced via electrolysis using renewable energy.

    • SIGHT: Strategic Interventions for Green Hydrogen Transition.

    • PLI: Production-Linked Incentive.

    • ISTS: Inter-State Transmission System.

    • LOHC: Liquid Organic Hydrogen Carrier.

    • PEM: Proton Exchange Membrane.

    • SOE: Solid Oxide Electrolyser.

    • TPD/TPA: Tonnes Per Day/Tonnes Per Annum.

    • GHPO/RHPO: Green Hydrogen Purchase Obligation/Renewable Hydrogen Purchase Obligation.

• Key Government Notifications:

  • • NGHM Guidelines (January 2023).

    • SIGHT Programme Notification (June 2023).

    • ISTS Waiver Circular (August 2023).

    • Green Hydrogen Standard Notification (August 2023).

• Major Projects & Key Players (Current Status – 2025):

  • • Reliance Jamnagar: 1 GW electrolyzer manufacturing operational by 2025.

    • Adani Mundra: 1 MMT green ammonia plant targeting exports, expected operational by 2027.

    • NTPC Pudimadaka: 1,500 TPD green hydrogen hub, expected operational by 2026.

    • IOCL Mathura/Panipat: Green hydrogen plants for refinery use, pilots underway.

Conclusion: From Policy to Practice — Your Green Hydrogen Journey Starts Now

India’s green hydrogen ecosystem is a dynamic blend of policy, innovation, and ambition. With a projected 20.76% CAGR, robust NGHM incentives, and leadership from giants like Reliance, Adani, and NTPC, India is set to achieve 5 MMT production by 2030 and contribute to 50 MMT CO2 reductions by 2070. By addressing challenges like high costs and infrastructure gaps, and leveraging export corridors like India-EU and IMEC, India is poised to lead the global hydrogen economy.

India’s green hydrogen ecosystem has matured—from policy clarity and pilot momentum to export readiness and global leadership. For those looking to convert this potential into tangible projects, the blueprint is clear:

• Leverage NGHM incentives and state packages strategically.

• Secure reliable renewable energy and strong off-take agreements.

• Integrate international standards and diverse financing streams.

• Build for scale with an eye on continuous innovation.

Start your sustainable green hydrogen journey with SORT Consultancy. We are your expert partner in policy navigation, technology sourcing, project execution, and market access, dedicated to helping you convert policy into practice, and ambition into action.

📊 Let SORT Consultancy be your guide in harnessing the immense potential of green hydrogen in India, shaping a cleaner, more prosperous future.