🌱 Environment & EcologyMAINS · GS3.13 · GS3.9

Green ammonia deals signed under hydrogen mission

SECI allocates 7.24 lakh tonnes a year of green ammonia to 13 fertiliser units under the National Green Hydrogen Mission, replacing imported grey ammonia in non-urea plants.

What happened

On 30 March 2026, Union Minister of New and Renewable Energy Pralhad Joshi and Union Minister of Chemicals & Fertilisers J. P. Nadda presided over the exchange of Green Ammonia Purchase Agreements and Supply Agreements for the fertiliser sector at Atal Akshay Urja Bhawan, New Delhi.
The agreements operationalise the National Green Hydrogen Mission (NGHM): the Solar Energy Corporation of India (SECI) has allocated about 7,24,000 tonnes per annum (TPA) of green ammonia to selected developers, with supply tied to 13 fertiliser units across the country.
The allocation followed transparent competitive bidding by SECI under the SIGHT (Strategic Interventions for Green Hydrogen Transition) Programme — the Mission's core demand-and-production incentive pillar.
Bidding discovered a lowest price of about ₹49.75/kg and an overall band of ₹49.75–64.74/kg, against an internationally reported benchmark of roughly €1,000/tonne (≈₹110/kg) — making Indian green ammonia competitive with, and cheaper than, the global price.
The agreements carry a 10-year tenure, giving producers the demand certainty needed for financial closure and large-scale investment. They are expected to save about $2.5 billion in foreign exchange over the decade by substituting imported grey ammonia.
The substitution targets non-urea fertiliser units (phosphatic and complex fertiliser plants), framed by the ministers as a step in energy security, import-substitution and Aatmanirbhar Bharat.

Background & context

The event sits inside the National Green Hydrogen Mission, approved by the Union Cabinet in January 2023 and administered by the Ministry of New and Renewable Energy (MNRE). The Mission carries a total outlay of ₹19,744 crore up to 2029–30 and aims to make India a global hub for the production, use and export of green hydrogen and its derivatives. Its headline target is the production of at least 5 million metric tonnes (MMT) of green hydrogen per annum by 2030, alongside the decarbonisation of hard-to-abate sectors, a reduction in fossil-fuel import dependence, and the build-out of a domestic electrolyser and renewable-energy supply chain.

A key term to fix is what "green" means here. Green hydrogen is hydrogen produced by the electrolysis of water using renewable electricity, so the process emits no carbon. Green ammonia is then made by combining that green hydrogen with nitrogen (drawn from air) through the Haber–Bosch process powered by renewables. This contrasts with grey ammonia / grey hydrogen, made from fossil natural gas via steam-methane reforming with no carbon capture, and blue hydrogen, the same fossil route but with carbon capture and storage attached. India today imports large volumes of grey ammonia for its non-urea fertiliser plants; the agreements signed here begin replacing that fossil-derived feedstock with a domestically produced clean one.

The bidding instrument is the SIGHT Programme, one of the two financial-incentive components designed under NGHM. SIGHT runs two distinct support tracks — incentives for the domestic manufacture of electrolysers and incentives for the production of green hydrogen/ammonia — and it is the vehicle through which SECI, acting as the implementing agency, aggregates demand and runs competitive auctions. Ammonia is attractive as the first large off-take because it is far easier to store and transport than pure hydrogen and because the fertiliser sector already consumes ammonia at scale, giving the Mission a ready, anchor demand sink rather than a speculative one.

The fertiliser link matters because fertiliser is one of India's largest subsidy and import exposures. Replacing imported grey ammonia in phosphatic and complex (non-urea) plants both trims the import bill and insulates farm-input supply from the volatility in international ammonia and natural-gas prices that spiked sharply after 2022. The ministers placed the move in the wider energy-transition arc: India is targeting 500 GW of non-fossil-fuel power capacity by 2030, and green hydrogen and its derivatives are positioned as the route to decarbonise sectors — fertilisers, refineries, steel and long-haul transport — that cannot easily be electrified directly.

For Prelims

Mission & outlay: National Green Hydrogen Mission (NGHM) · outlay ₹19,744 crore · nodal ministry MNRE · approved 2023 · target 5 MMT green hydrogen/yr by 2030.
What was signed: Green Ammonia Purchase Agreements + Supply Agreements for the fertiliser sector · 10-year tenure.
Allocation: SECI allocated ~7,24,000 TPA of green ammonia to selected developers · linked to 13 fertiliser units.
Programme used: SIGHT — Strategic Interventions for Green Hydrogen Transition — the NGHM pillar that incentivises electrolyser manufacturing and green-hydrogen production via competitive bidding.
Implementing agency: Solar Energy Corporation of India (SECI), a CPSU under MNRE, ran the bidding and aggregates demand.
Price discovery: lowest ₹49.75/kg; band ₹49.75–64.74/kg; international benchmark ≈€1,000/tonne (≈₹110/kg).
Savings: ~$2.5 billion in forex over 10 years by substituting imported grey ammonia.
Scope: replaces grey ammonia in non-urea (phosphatic/complex) fertiliser units — not urea plants.
Developers named: ACME Cleantech (largest winner), Jakson Green & OCIOR, NTPC Renewable Energy, Oriana Power, SCC Infrastructure.
Buyer fertiliser companies: IFFCO, Coromandel International, Paradeep Phosphates, Ostwal Krishna Phoschem, Madhya Bharat Agro Products, Indorama India.

The colour-coded hydrogen/ammonia set (carry the full set for "how many / match the pairs"):

Colour	Production route	Carbon
Green	Electrolysis of water using renewable electricity	None
Grey	Steam-methane reforming of natural gas, no capture	High
Blue	Fossil route (SMR) + carbon capture & storage	Low
Brown / Black	Gasification of lignite / black coal	Highest
Pink / Purple	Electrolysis using nuclear electricity	None
Turquoise	Methane pyrolysis (yields solid carbon)	Low

Selected unit-wise allocations from the signing (the bidding outcome):

Fertiliser company / unit	TPA	Developer	₹/kg
IFFCO — Kandla (Gujarat)	1,00,000	ACME Cleantech	54.73
IFFCO — Paradeep (Odisha)	1,00,000	ACME Cleantech	49.75
Coromandel — Kakinada (AP)	85,000	Jakson Green & OCIOR	50.75
Coromandel — Visakhapatnam (AP)	50,000	ACME Cleantech	51.89
Paradeep Phosphates — Paradeep (Odisha)	75,000	ACME Cleantech	55.75
Ostwal Krishna Phoschem — Meghnagar (MP)	70,000	NTPC Renewable Energy	51.80
Madhya Bharat Agro — Dhule (Maharashtra)	70,000	SCC Infrastructure	53.05
Indorama India — Haldia (West Bengal)	20,000	ACME Cleantech	64.74

For UPSC: NGHM (₹19,744 cr · 5 MMT green hydrogen/yr by 2030 · under MNRE) ran SECI bidding under the SIGHT Programme to allocate ~7.24 lakh TPA of green ammonia to 13 fertiliser units on 10-year deals, at ₹49.75–64.74/kg, replacing imported grey ammonia in non-urea plants and saving ~$2.5 bn in forex.

What it is NOT: NGHM is not the same as the SIGHT Programme — SIGHT is one incentive pillar within NGHM, not the Mission itself. Green ammonia here substitutes feedstock in non-urea plants — it is not aimed at urea production. Green hydrogen (renewable electrolysis, zero carbon) is not blue (fossil + carbon capture) and not grey (fossil, no capture). SECI is the implementing/bidding agency, not the nodal ministry — the nodal ministry is MNRE. And the agreements are commercial purchase/supply contracts, not a subsidy disbursal.

Why it matters

The signing converts NGHM from a target on paper into a contracted, bankable demand pipeline. The single hardest problem for green hydrogen anywhere is the chicken-and-egg gap between costly early production and uncertain demand: without committed off-take, producers cannot reach financial closure, and without cheap supply, buyers will not commit. Ten-year purchase agreements anchored to real fertiliser plants break that deadlock — they give developers the revenue visibility to raise capital and build at scale, which is precisely why the ministers framed the deals as a milestone rather than a launch.

The price discovery is the second reason it matters. A lowest bid near ₹49.75/kg, beating the roughly ₹110/kg international benchmark, signals that India's combination of cheap solar power and competitive auction design can produce green ammonia at globally competitive cost early in the curve. That undercuts the usual objection that clean hydrogen is permanently uneconomic, and it positions India as a potential export source, not merely an importer of the technology. The ~$2.5 billion forex saving and the import-substitution logic also tie clean-energy policy directly to the balance of payments and to farm-input security — making this as much an economic-security move as a climate one.

For Mains

Anchor

The green-ammonia agreements are a ready anchor for a question on India's green-hydrogen strategy or the decarbonisation of hard-to-abate sectors: NGHM's ₹19,744 cr outlay, the 5 MMT-by-2030 target, and the SIGHT-based bidding that produced contracted demand show policy design moving from ambition to operational off-take.

Data

Hard figures to substantiate any energy-transition or fertiliser-import answer: 7.24 lakh TPA allocated across 13 units, prices of ₹49.75–64.74/kg against ≈₹110/kg internationally, 10-year tenures, and ~$2.5 bn projected forex savings.

Exemplification

A concrete example of using public procurement and demand aggregation (via a CPSU, SECI) to bootstrap a nascent clean-tech market — the same model India used to crash solar tariffs, now applied to green ammonia.

Problematisation

The release itself implies the residual challenges: green ammonia is still costlier than the fossil grey route in the short term, success depends on cheap firm renewable power and electrolyser availability, and the harder targets (refineries, steel, transport) remain ahead. The 10-year contracts hedge demand risk but not the cost-of-capital and infrastructure risk.

Way-forward

Suggests the next steps: extend demand aggregation to refineries, steel and shipping; scale domestic electrolyser manufacturing under SIGHT's second track; and use competitive bidding to keep driving the cost curve down toward import parity without recurring subsidy.

Position

The government's stated stance — that economic growth and climate action move together, that energy security is national security, and that clean feedstock can simultaneously cut imports, build an industrial ecosystem and create jobs.

Deploys into: India's energy transition and decarbonising hard-to-abate sectors (GS3.13 — new technology / S&T in everyday life and GS3.9 — energy infrastructure); also referable for fertiliser-subsidy and import-substitution (GS3.5) and inclusive green growth questions.

Ministry of New and Renewable Energy · 2026-03-30 · PRID 2247064 · PIB source ↗