Report Highlights

India's Role in the Global Green Hydrogen Supply Chain

India is positioning itself as a major global green hydrogen production hub, leveraging abundant renewable energy resources and government policy support through the National Green Hydrogen Mission. The country's production capacity is projected to reach 5 million tonnes annually by 2030, with states like Gujarat, Rajasthan, and Tamil Nadu emerging as manufacturing centers. Indian companies including Reliance Industries, Adani Group, and Tata Steel are establishing gigawatt-scale electrolyzer facilities, while international partnerships with European nations and Japan are securing long-term export agreements. India's low-cost renewable electricity, potentially reaching USD 0.02/kWh by 2030, provides significant competitive advantage in global green hydrogen cost structures.

The country's strategic supply chain position extends beyond production to encompass the entire value chain from electrolyzer manufacturing to ammonia conversion for export. Larsen & Toubro has announced plans for 1 GW annual electrolyzer manufacturing capacity, while ports in Gujarat and Odisha are developing dedicated green hydrogen export terminals. India's domestic demand, particularly from steel, fertilizer, and refining sectors, is expected to consume 2.5 million tonnes annually by 2030, with surplus production targeted for export to Europe, Japan, and Southeast Asia. Critical supply chain dependencies include platinum group metals for electrolyzers and specialized steel for high-pressure storage systems, largely imported from South Africa and Europe respectively.

Growth Drivers for Green Hydrogen Trade and Production in India

The National Green Hydrogen Mission, backed by USD 2.4 billion in government incentives, is accelerating industrial-scale deployment through production-linked incentives and priority sector lending. State governments are offering land allocations and renewable energy purchase agreements at competitive tariffs, with Gujarat's green hydrogen policy providing 25-year land leases at concessional rates. International partnerships are driving technology transfer and market access, including the India-EU Trade and Technology Council agreement facilitating green hydrogen cooperation and Japan's commitment to import 3 million tonnes of Indian green ammonia by 2030. Steel decarbonization mandates and carbon border adjustment mechanisms are creating urgent demand from domestic heavy industries seeking low-carbon alternatives.

India's renewable energy capacity expansion, targeting 500 GW by 2030, provides the foundational infrastructure for cost-competitive green hydrogen production. The country's electrolyzer manufacturing ecosystem is rapidly scaling, with government targets of 15 GW annual manufacturing capacity supported by PLI schemes. Export potential is enhanced by India's strategic location between Europe and East Asia, with shipping distances to Rotterdam at 14,000 nautical miles and to Tokyo at 6,000 nautical miles. Domestic industrial clusters in Gujarat, Odisha, and Jharkhand are integrating green hydrogen into steel, petrochemical, and fertilizer production processes, creating anchor demand that supports supply chain development.

Supply Chain Risks and Trade Barriers

Critical supply chain vulnerabilities center on India's dependence on imported electrolyzer components, particularly proton exchange membranes and catalyst materials, with 80% of current requirements sourced from China and Europe. Raw material access for electrolyzer manufacturing faces constraints, as India imports 95% of its lithium requirements and lacks domestic production of rare earth elements essential for permanent magnets in electrolyzers. Infrastructure bottlenecks in port capacity and specialized storage facilities could limit export potential, with only Kandla and Paradip ports currently equipped for ammonia handling at scale. Grid integration challenges may emerge as intermittent renewable energy sources require substantial balancing infrastructure investments.

Regulatory and trade policy risks include potential changes in renewable energy priority dispatch mechanisms and uncertainty around green hydrogen certification standards for international trade. Currency volatility affects long-term export contract viability, as green hydrogen projects require 15-20 year payback periods while the Indian rupee has depreciated 4% annually against the USD over the past decade. Technology transfer restrictions from key supplier nations and export control regimes on critical electrolyzer components could constrain manufacturing scale-up. Water availability for electrolysis processes faces regional constraints, particularly in Rajasthan and Gujarat, requiring investments in desalination infrastructure that add USD 0.3-0.5/kg to production costs.

Trade and Investment Opportunities in India

Foreign direct investment opportunities are substantial in electrolyzer manufacturing, with the government targeting USD 100 billion in green hydrogen investments by 2030. International technology providers can establish joint ventures with Indian conglomerates, leveraging PLI incentives that provide 10-15% of capital expenditure support for electrolyzer manufacturing. Export infrastructure development presents investment opportunities in specialized ports, storage facilities, and pipeline networks, with private port operators like Adani Ports investing USD 5 billion in green hydrogen infrastructure. Integration with existing industrial clusters offers opportunities for hydrogen-based steel, ammonia, and methanol production targeting both domestic and export markets.

Trade opportunities include long-term supply agreements with European and Japanese buyers, supported by government-to-government memorandums of understanding that reduce political risk. Import substitution potential exists in the fertilizer sector, where green ammonia could replace 2.5 million tonnes of imported urea annually. Technology licensing and equipment export opportunities are emerging as Indian manufacturers scale production, particularly in balance-of-plant equipment and storage systems. Strategic partnerships in research and development are supported by government funding through institutions like the Indian Institute of Science and IIT networks, focusing on indigenous electrolyzer technology and system optimization for Indian operating conditions.

Market at a Glance

Leading Market Participants

• Reliance Industries Limited
• Adani Green Energy Limited
• Tata Steel Limited
• Indian Oil Corporation Limited
• Larsen & Toubro Limited
• JSW Energy Limited
• NTPC Limited
• Bharat Petroleum Corporation Limited
• Mahindra Susten
• ReNew Power Private Limited

Regulatory and Trade Policy Environment

India's regulatory framework centers on the National Green Hydrogen Mission approved in January 2023, establishing production targets of 5 million tonnes annually by 2030 and comprehensive policy support including viability gap funding and land allocation mechanisms. The Ministry of New and Renewable Energy has introduced green hydrogen standards and certification procedures aligned with international sustainability criteria, while the Bureau of Energy Efficiency is developing mandatory green hydrogen purchase obligations for refineries and fertilizer plants. Trade policy includes customs duty exemptions on electrolyzer imports until 2030 and expedited environmental clearances for green hydrogen projects under the single-window clearance system.

International trade agreements are facilitating market development, including the India-EU Strategic Partnership on green hydrogen and renewable energy cooperation agreements with Australia, Germany, and Denmark. The government has designated green hydrogen projects as infrastructure status, enabling access to long-term financing at competitive rates through infrastructure debt funds and priority sector lending. State-level policies in Gujarat, Rajasthan, and Odisha provide additional incentives including land at concessional rates, power banking facilities, and single-window clearances. Export promotion measures include inclusion in the Merchandise Exports from India Scheme and development of green hydrogen export hubs with dedicated port infrastructure and customs facilitation.

Green Hydrogen Supply Chain Outlook in India to 2032

India's green hydrogen supply chain will undergo fundamental transformation by 2032, evolving from pilot projects to industrial-scale production and export operations. Domestic electrolyzer manufacturing capacity is projected to reach 15 GW annually, supported by localization of critical components including membranes and catalyst materials through technology partnerships and indigenous research programs. Regional clusters will emerge with Gujarat focusing on export-oriented production, Odisha integrating steel industry demand, and Tamil Nadu serving petrochemical applications. Transport infrastructure development will include 1,500 km of dedicated green hydrogen pipelines and conversion of existing natural gas networks for hydrogen blending up to 10% by volume.

Export infrastructure will mature significantly with dedicated green hydrogen ports at Kandla, Paradip, and Tuticorin equipped with ammonia conversion facilities and specialized storage systems. Technology evolution will reduce electrolyzer costs by 60% and improve efficiency to 75% by 2032, while integration with renewable energy systems will achieve grid-connected production at USD 2.5/kg. International market integration will deepen through long-term supply contracts with European steel producers and Japanese utility companies, positioning India as a key supplier in the global green hydrogen trade. Domestic demand will reach 4 million tonnes annually, driven by steel decarbonization, fertilizer production, and emerging applications in transportation and power generation sectors.