Key Points

India is ambitiously targeting 5 million metric tonnes of green hydrogen production capacity by 2030. A recent report highlights that export opportunities could contribute up to 1.1 MMT in green hydrogen demand, making it a crucial component of India's strategy. Blending green hydrogen in industries like oil refining and fertilizer production is recommended to boost domestic demand. Additionally, public procurement and international exports are emphasized as key drivers for achieving these targets.

Key Points: India's Green Hydrogen Export to Drive 1.1 MMT Demand

  • India targets 5 MMT green hydrogen by 2030
  • Export may add 1.1 MMT demand
  • Focus on blending, public procurement, and export
  • Policy interventions crucial for demand growth
3 min read

Export opportunities may generate up to 1.1 MMT in green hydrogen demand in India

India aims for 5 MMT green hydrogen by 2030; exports could generate 1.1 MMT demand, says report.

"This is a playbook for translating India's green hydrogen ambition into action. - Sumant Sinha"

New Delhi, June 19

India has set a bold near-term milestone of creating 5 million metric tonnes (MMT) of green hydrogen production capacity by 2030. However, unlocking green hydrogen demand at scale is critical to achieving this vision, a new report said on Thursday, adding that export opportunities may generate up to 1.1 MMT in green hydrogen demand.

However, without a matching push on the demand side, this potential may remain underutilised, according to the joint report by Bain & Company, the Confederation of Indian Industry (CII), and Rocky Mountain Institute (RMI).

The report outlines a clear pathway for how India can stimulate large-scale demand for green hydrogen and turn its vision into reality. It emphasises the importance of targeted policy interventions, strategic sector selection, and export alignment to build a robust domestic and international market for green hydrogen.

According to the report, blending green hydrogen into current industrial processes like oil refining, fertilizer production, and piped natural gas (PNG) distribution could together create up to 3 MMT of demand by 2030.

On the global front, exports of green hydrogen, ammonia, and green steel could contribute another 1.1 MMT, while public procurement of green steel for infrastructure could unlock 0.6 MMT of demand.

Blending even small percentages of green hydrogen -- 10 per cent in refining and 20 per cent in fertilisers -- could be achieved with minimal cost increases, the report noted.

As production costs continue to decline, these blend rates could be scaled up further, enabling higher demand without putting pressure on end users.

The report also highlights opportunities in niche sectors like chemicals, glass, and ceramics.

These industries already use hydrogen extensively, and small-scale substitution with green hydrogen -- especially for smaller players who pay more for grey hydrogen -- could drive additional demand of up to 0.07 MMT by 2030.

Another critical suggestion in the report is leveraging public procurement. By mandating the use of green steel in government projects such as bridges, housing, and railways, the government can act as an anchor customer and create long-term demand stability.

India's growing strength in renewable energy and relatively low production costs also make it well-placed to tap into global demand.

The report notes that if India captures just 5-7.5 per cent of green hydrogen import needs of countries like the EU and South Korea, it could generate an additional 0.8-1.1 MMT in demand.

Exporting green steel, especially to the EU under its new carbon tax rules, could add another 0.13-0.18 MMT.

Industry leaders welcomed the report's findings. Sumant Sinha, Chairman of the CII Energy Transition and Hydrogen Council, called it a "playbook" for translating India's green hydrogen ambition into action.

Vineet Mittal, Co-chairman of the Council, stressed the need for long-term offtake agreements, low-cost finance, and input cost optimisation to enable widespread adoption.

Bain & Company's Sachin Kotak added that while the supply side is already expanding rapidly, demand-side interventions like blending, public procurement, and export strategies are essential to meet the 2030 target.

- IANS

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Reader Comments

Here are 6 diverse Indian perspective comments for the green hydrogen article:
R
Rajiv K.
This is exactly the kind of forward-thinking India needs! 🇮🇳 We have abundant solar potential - converting that into green hydrogen exports could make us global leaders. Hope the government implements these recommendations quickly. The EU market especially is a golden opportunity.
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Priya M.
Good analysis but I'm concerned about water usage for green hydrogen production. In a country where many villages still struggle for drinking water, how will we balance industrial needs? The report should address sustainability beyond just carbon emissions.
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Amit S.
As someone working in renewable energy sector, I can confirm the potential is massive! 🚀 The key will be getting state governments on board - some states like Gujarat and Rajasthan are already leading but others need to catch up fast. Center should create special incentives.
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Sunita R.
Why focus so much on exports? First priority should be using green hydrogen to reduce our own fossil fuel dependence. Let's make Indian industries cleaner before chasing foreign markets. "Charity begins at home" as they say.
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Vikram J.
The public procurement idea is brilliant! If govt mandates green steel for infrastructure projects, it will create guaranteed demand and attract private investment. This is how China built its solar industry - we should learn from their playbook.
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Neha P.
Exciting but challenging. The 10-20% blending targets seem achievable, but will small businesses get support to transition? Many MSMEs in ceramics/glass sectors won't have capital for new equipment. Need special financing schemes for them.

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