China's Urea Export Stranglehold: 5–8 Mt Withdrawn as India's Tender Engine Drives Prices

1. China's Export Controls: The Supply Void That Transformed Global Urea Markets

Before 2022, China was the world's largest urea exporter, shipping 5–8 million tonnes annually to global markets — primarily to India, South Korea, Japan, Southeast Asia, and parts of Latin America. Chinese urea, largely produced from coal rather than natural gas (~70% coal-based, ~30% gas-based), had a cost structure that was both lower than European production and less transparent to international markets. The ability of Chinese suppliers to flexibly increase or decrease exports was a critical balancing mechanism for the global market: when prices were high, Chinese exports rose to capture the premium; when prices fell, Chinese suppliers retreated, supporting the floor.

This flexibility has been eliminated. Since late 2023, China has maintained a de facto ban on urea exports, implemented through a government licensing system that effectively requires case-by-case approval for each export shipment. The stated rationale is domestic food and energy security — Beijing prioritizes ensuring adequate fertiliser supply for its own agricultural sector — 55–60 Mt of domestic consumption — over earning export revenue. The policy is consistent with China's broader strategic pivot toward self-sufficiency in critical agricultural inputs.

Why China Restricts Exports

China's export control policy reflects a deliberate calculation: domestic food security outweighs export earnings. The policy is driven by three factors. First, ensuring adequate fertiliser supply for China's 1.4 billion population is an overriding political priority — the government cannot afford domestic shortages that would raise food prices and trigger rural unrest. Second, Chinese urea production is largely coal-based, and the coal-to-urea process is energy-intensive and carbon-intensive — exporting urea is effectively exporting subsidised energy and embedded carbon, which conflicts with China's climate goals. Third, the government views elevated international fertiliser prices as a strategic opportunity to reduce its own export exposure and shift production toward higher-value chemical products.

The critical unknown for global markets is when — and under what conditions — China might resume exports. Some analysts expect a gradual relaxation in late 2026 or 2027 as new domestic coal-to-urea capacity (estimated at 3–5 Mt) comes online and domestic supply security improves. However, the government has given no public timeline, and the policy direction is closely guarded. Any news of an export licence allocation would trigger an immediate and sharp price correction — potentially pulling urea below $350/t — while a reaffirmation of restrictions would support prices at the top of the current range.

2. India's State-Led Import Machine: The 10–12 Mt Tender Engine

While China has withdrawn supply, India has maintained — and in some seasons increased — its demand. India is the world's largest single-country urea importer, with an annual import requirement of 10–12 million tonnes to fill the gap between domestic consumption (~35 Mt) and domestic production (~28–30 Mt). The procurement mechanism — the state-controlled international tender — has become the single most important demand-side event in the global urea calendar.

How the Tender System Works

Indian urea procurement is conducted by state-owned trading companies — Rashtriya Chemicals and Fertilizers (RCF), National Fertilizers Limited (NFL), and Gujarat State Fertilizers & Chemicals (GSFC) — acting on behalf of the Department of Fertilizers. These companies issue international tenders that invite bids from suppliers worldwide. The tenders specify volume requirements, delivery timelines, and quality specifications (typically 46% N granular urea). Bids are submitted on a CFR India basis, with the lowest-priced offers winning volume allocations. The awarded price becomes the benchmark for urea pricing across the Middle East and Asian markets — Indian tenders effectively set the market-clearing price for a significant share of global trade.

In the first half of 2026, India has already conducted two major tenders, awarding approximately 2.7 Mt at prices of $390–430/t CFR. The first tender (January) awarded ~1.2 Mt at $390–410/t; the second (April) awarded ~1.5 Mt at $400–430/t. A third tender is expected in Q3 2026 for ~1.5–2.0 Mt ahead of the kharif monsoon planting season. Full-year imports are projected at 10–12 Mt, consistent with recent years.

Why India Pays: The Subsidy Imperative

India's willingness to pay prevailing international prices — whatever they may be — reflects the political economy of Indian agriculture. The government provides a generous fertiliser subsidy that covers the difference between the international purchase price and the farm-gate price paid by farmers (~$250–270/t, or roughly $5–7 per 50 kg bag). At current international prices of $400–430/t CFR, the annual urea subsidy bill runs to approximately $10–12 billion — a significant fiscal burden but one that the government considers essential for food security, rural incomes, and political stability.

This subsidy regime has two critical implications for the global market. First, it makes Indian demand structurally inelastic to price — the government will pay the market price regardless, because the farmer does not face the full cost. Second, it creates a price umbrella under which global producers can operate: the knowledge that India will enter the market to buy 10–12 Mt at prevailing prices prevents prices from collapsing to levels that would otherwise clear the market. India is, in effect, the buyer of last resort — and in a market where Chinese supply has been withdrawn, that role has become even more important.

The Demand Growth Trajectory

India's urea consumption is not static. Several factors are driving gradual demand growth: expanding irrigation coverage, increasing cropping intensity (more crops per year on the same land), and government programs promoting food grain production. The government's target of raising farmers' incomes by 2027 has led to increased fertiliser application rates in some states. However, the government is also pursuing a dual strategy to reduce import dependence: expanding domestic production capacity (two new coal-to-urea plants are in development) and promoting neem-coated urea and nano-urea to improve nitrogen use efficiency. These measures are expected to gradually reduce import growth over the medium term, but for 2026–2027, the structural deficit remains firmly in place.

3. The Gas Cost Linkage: 55% of Urea Production Cost Tied to Natural Gas

Understanding the structural floor for urea prices requires understanding the natural gas cost linkage. Natural gas accounts for approximately 55% of the variable cost of global urea production — and a higher share (70–80%) for modern gas-based plants using the Haber-Bosch process. The production of one tonne of urea requires 28–35 MMBtu of natural gas, consumed both as feedstock (to produce hydrogen via steam methane reforming) and as fuel (to generate the high temperatures and pressures required for ammonia synthesis).

The gas-urea price relationship is well-established and predictable: a 10% increase in natural gas prices translates to approximately a 5% increase in urea production costs at the margin, assuming all other inputs remain constant. This relationship is most directly observable in the European market, where TTF-linked producers are the global marginal-cost suppliers, but it applies — with different elasticities — to all gas-based producers. For coal-based Chinese producers, the linkage is to coal prices rather than gas, but the same logic applies.

World Bank Energy +24%: The Implied Urea Cost Push

The World Bank's April 2026 Commodity Markets Outlook projects energy prices rising +24% in 2026, driven by tight global gas markets, strong LNG demand from Asia and Europe, and the structural repricing of European gas away from Russian pipeline supply. Applying the 55% gas cost share and the 10:5 elasticity ratio, a 24% increase in energy prices implies roughly a 12% increase in urea production costs from energy inputs alone — or approximately $40–60/t at current price levels.

This is not a theoretical exercise. The rising cost of natural gas is directly translating into higher urea production costs across all gas-based production regions. In Europe, TTF at €30–45/MWh implies urea production costs of $350–450/t FOB — a structural floor that simply did not exist when TTF was at €15–25/MWh. In the Middle East, the gas cost advantage is narrowing as regional gas producers increasingly link their prices to international benchmarks (JKM, TTF) rather than purely domestic cost-plus pricing. Even US Gulf Coast producers, benefiting from Henry Hub at $2.00–3.50/MMBtu, are seeing their cost advantage partially eroded by higher gas prices.

Worst Affordability Since 2022

The combination of elevated urea prices ($400–500/t) and elevated energy costs has produced the worst fertiliser affordability for farmers since the 2022 crisis. The urea-to-crop price ratio — a key measure of farmer purchasing power — has deteriorated sharply. In the US, a bushel of corn now buys approximately 15–18 lb of urea, compared to 22–25 lb in the 2017–2021 period. In India, the government subsidy absorbs the farmer's price exposure, but the fiscal burden is growing. In unsubsidised markets — Brazil, parts of Africa, and some Southeast Asian countries — farmers are reducing application rates, shifting to cheaper nitrogen sources, or reducing planted acreage for high-fertiliser-intensity crops.

4. The New Equilibrium: A Structural Floor Anchored by Policy and Costs

The interaction of China's export restrictions, India's inelastic import demand, and the gas cost linkage has produced a new structural equilibrium for the global urea market. The floor price — the level below which prices are unlikely to fall on a sustained basis — has shifted from $200–280/t in the pre-2022 era to $350–450/t in the current market environment.

Why the Floor Has Moved Up

The floor is supported by three layers of structural factors. First, the gas cost layer: European marginal production costs, which set the global price floor, are $350–450/t FOB based on TTF gas at €30–45/MWh. Any sustained price below $350/t would force European plant closures, removing supply and pushing prices back up. Second, the Chinese policy layer: the removal of 5–8 Mt of Chinese exports has tightened the global balance by 3–4% of consumption, creating a supply deficit that can only be filled by higher-cost producers. Third, the Indian demand layer: India's willingness to pay $400–450/t CFR to secure 10–12 Mt of imports creates a demand anchor that prevents prices from falling below the level at which Indian buyers would step in aggressively.

What Could Break the Floor?

The floor could be broken — but only through the confluence of multiple bearish developments. A resumption of Chinese urea exports (adding 5–8 Mt back to the market), a sustained decline in TTF gas prices below €20/MWh (removing the European marginal cost support), and a structural reduction in Indian demand (through lower subsidies or increased domestic production) would together be required to push urea prices back toward $250–300/t. None of these developments appears likely in the 2026–2027 timeframe. The floor has not only moved up — it is likely to stay up.

Outlook: Policy-Locked and Cost-Supported Through 2026

The global urea market is in a policy-locked equilibrium. China's export ban and India's import requirement are policy decisions, not market outcomes — they do not respond to price signals in the way that conventional supply and demand would. The gas cost linkage provides a mechanical floor beneath which prices cannot fall without triggering production cuts. The combination is powerful: the market is structurally tighter and structurally higher-priced than at any point in the pre-2022 era.

For the remainder of 2026, the central scenario sees urea prices averaging $400–500/t, supported by Indian tender demand, the gas cost floor, and the ongoing Chinese export void. The upside risks — a Hormuz disruption, a winter TTF spike, or an Indian tender that clears above $450/t CFR — are more numerous and more plausible than the downside risks. The World Bank's +31% baseline and +60% upside scenarios both reflect this asymmetric risk profile.

For commercial buyers, the strategic implications are clear. The market requires a new procurement mindset — one that abandons the pre-2022 price reference points and embraces the reality of structurally higher costs. Forward contracting should be built around a floor of $350–400/t, with flexible volume arrangements that allow for opportunistic buying during seasonal dips. The era of cheap urea — enabled by Chinese export flexibility, low European gas costs, and a well-functioning global trade architecture — is not coming back.