What Happened
- Several Indian urea manufacturing plants have shut down or sharply reduced production after the Iran war cut Qatari LNG flows, the primary feedstock for India's fertiliser industry.
- QatarEnergy halted LNG production following attacks on its facilities, removing approximately 40% of India's annual LNG import volumes from the market in a single disruption event.
- Most Indian urea plants are now operating at approximately 60% of installed capacity; only plants in southern India — which have alternate gas supply arrangements — are running at full capacity.
- Global urea prices have surged to approximately $600 per tonne from around $475 per tonne in early February 2026, a rise of over 25% in one month.
- The crisis arrives at a particularly sensitive time — ahead of India's kharif planting season — raising concerns about domestic food production and the government's fertiliser subsidy burden.
Static Topic Bridges
Urea Production Process — The Haber-Bosch Route
Urea (chemical formula: CO(NH₂)₂) is the world's most widely used nitrogenous fertiliser and is synthesised from two inputs: ammonia and carbon dioxide. Ammonia itself is produced via the Haber-Bosch process — reacting atmospheric nitrogen (N₂) with hydrogen (H₂) under high pressure (150–300 atmospheres) and temperature (400–500°C) over an iron catalyst. The hydrogen for this process is almost entirely derived from natural gas (methane) through a process called steam methane reforming (SMR). This makes natural gas both the energy source and the chemical raw material for urea production, accounting for 70–80% of total urea production cost.
- The Haber-Bosch process was developed in 1909 (Fritz Haber) and commercialised in 1913 (Carl Bosch at BASF); it is estimated to sustain approximately half the world's food production.
- Steam methane reforming: CH₄ + H₂O → CO + 3H₂ (syngas), then CO + H₂O → CO₂ + H₂.
- Natural gas accounts for over 95% of global ammonia production feedstock.
- In India's fertiliser sector, re-gasified LNG accounted for up to 63% of total gas consumption in FY2021, reflecting high import dependency.
- Urea MRP is fixed at ₹266.50 per 45 kg bag — a price largely unchanged since 2012 — with the government subsidising the difference between actual production cost and MRP.
Connection to this news: When LNG from Qatar is cut off, Indian urea plants lose their primary chemical feedstock. Unlike oil refineries, which can switch crude sources, urea plants cannot rapidly switch to alternative gas sources — making the shutdown cascade rapid and severe.
India's Fertiliser Subsidy Regime
India maintains one of the world's largest fertiliser subsidy programmes to keep inputs affordable for its ~140 million farming households. The government fixes the Maximum Retail Price (MRP) of urea far below actual production or import cost, and reimburses the difference — the subsidy — directly to manufacturers or importers. The Nutrient-Based Subsidy (NBS) scheme applies to non-urea fertilisers (DAP, MOP, complex fertilisers), while urea remains under a separate statutory price control. Total fertiliser subsidies exceeded ₹1 lakh crore (₹1 trillion) for three consecutive years from FY2021, driven partly by LNG import costs.
- Urea MRP: ₹266.50 per 45 kg bag (unchanged since 2012).
- India's total fertiliser subsidy budget for FY2025-26: approximately ₹1.64 lakh crore.
- India consumes approximately 40 million tonnes of urea annually, making it one of the world's largest urea markets.
- Domestic production covers roughly 25–28 million tonnes; balance is imported — primarily from the Middle East, China, and Russia.
- A 25% spike in global urea prices adds thousands of crores to India's subsidy bill if retail prices remain fixed.
Connection to this news: As urea production falls domestically and global prices surge to $600/tonne, the government must either raise MRP (politically sensitive, hurts farmers) or massively increase subsidy payouts — a direct fiscal consequence of the LNG supply disruption.
Qatar's Role in India's LNG Supply and the Concentration Risk
Qatar is the world's largest LNG exporter and India's single largest LNG supplier, accounting for approximately 40% of India's annual LNG imports of 27 million tonnes. India sources LNG under long-term contracts with QatarEnergy (formerly Qatar Petroleum) negotiated at government-to-government and corporate levels. The Petronet LNG terminal at Dahej (Gujarat) — India's largest LNG import terminal — processes a significant share of Qatari LNG. A single disruption at QatarEnergy, therefore, removes a substantial chunk of India's fertiliser sector's feedstock at once.
- India imports approximately 27 million tonnes of LNG annually.
- Qatar supplies approximately 40% of this total (~10.8 million tonnes per year).
- Petronet LNG's Dahej terminal has a capacity of 22.5 MTPA; Kochi terminal capacity: 5 MTPA.
- QatarEnergy halted LNG exports following Iranian attacks on its facilities in the current conflict.
- Following the halt, several Gulf countries — Qatar, UAE, Kuwait, Bahrain, Saudi Arabia — suspended gas exports from their facilities.
Connection to this news: The concentration of India's LNG imports with a single country (Qatar) and through a single chokepoint (Hormuz) created a severe single-point vulnerability — now manifesting as direct production shutdowns across the urea value chain.
Food Security Implications — Fertiliser-Crop Linkage
Nitrogenous fertilisers — primarily urea — are essential for maximising crop yields for India's main food crops: rice, wheat, sugarcane, and maize. India's kharif season (June–October, sown from June after the monsoon) is the largest agricultural season by area and production. A fertiliser shortage entering the kharif sowing window directly threatens national food production targets. India's agricultural output feeds a 1.4 billion population; disruptions in fertiliser availability can cascade into food inflation, affecting the poorest households most severely.
- India's kharif crops — rice, maize, cotton, soybean, groundnut — account for roughly 50% of total foodgrain production.
- Urea is applied as a top-dressing nitrogen fertiliser, critical at tillering and panicle initiation stages.
- A 10% reduction in urea availability has been estimated to reduce crop yields by 6–8% for nitrogen-intensive crops.
- India's National Food Security Act, 2013 mandates subsidised food grain distribution to 81.35 crore beneficiaries — contingent on maintaining adequate domestic agricultural output.
Connection to this news: With Indian urea plants at 60% capacity during the pre-kharif period, there is a real risk of under-supply at the farm level, potentially compressing yields and raising food prices — converting an energy sector disruption into a food security challenge.
Key Facts & Data
- Most Indian urea plants are operating at ~60% capacity; only south Indian plants at full capacity.
- Global urea prices: rose from ~$475/tonne (early February) to ~$600/tonne (March 2026) — a 25%+ increase in one month.
- QatarEnergy halted LNG production after Iranian attacks; Qatar normally supplies ~40% of India's LNG (27 MTPA total imports).
- India consumes approximately 40 million tonnes of urea per year.
- Domestic urea production: ~25–28 million tonnes/year; balance imported.
- Urea MRP fixed at ₹266.50 per 45 kg bag (unchanged since 2012).
- Annual fertiliser subsidy bill: over ₹1 lakh crore for three consecutive years (FY2021–FY2023).
- Natural gas accounts for 70–80% of urea production cost; LNG was 63% of India's fertiliser sector gas in FY2021.
- The Haber-Bosch process sustains food production for approximately half the world's population.