Top Urea Producing Countries: Rankings, Natural Gas Dependence, and Supply Chain Risks

Urea-producing countries defined Urea is the world’s most widely traded nitrogen fertilizer, synthesized from ammonia and CO₂ in a process that requires large, continuous supplies of natural gas. China is the world’s largest producer at 50-60 million tonnes per year, but keeps most for domestic use. Russia is the world’s leading exporter. Qatar, Egypt, Saudi Arabia, and Indonesia are also major producers. Urea production geography is determined almost entirely by access to cheap natural gas — countries without low-cost gas cannot compete. The global market has been repeatedly disrupted by China export bans, Russian sanctions, and the 2022 energy crisis in Europe.

Table of Contents

1. Global Urea Production Rankings
2. The Natural Gas Connection: Why Geography Is Destiny
3. China: The Giant That Mostly Keeps Its Urea
4. Russia: The World’s Dominant Urea Exporter
5. The Middle East and North Africa: Gas-Rich Exporters
6. India: The World’s Largest Importer
7. China’s 2024 Export Ban: How One Country Moved Global Markets
8. How Urea Is Priced: NOLA and Global Benchmarks
9. Frequently Asked Questions
10. Key Takeaways

Global Urea Production Rankings

Urea production has shifted significantly since pre-2022 data that circulates widely online. The war in Ukraine, Russia sanctions, energy crisis, and China export restrictions have all reshuffled the picture. Below are estimates for 2023-2024:

Rank	Country	Estimated Capacity (Mt/yr)	Net Trade Position
1	China	55-65	Mostly domestic; periodic exporter
2	Russia	15-18	Major exporter
3	India	15-18	Major importer despite large production
4	Qatar	5-7	Major exporter
5	Saudi Arabia	4-5	Exporter (Sabic/Ma’aden)
6	Indonesia	3-5	Regional exporter
7	Egypt	3-5	Major exporter
8	Oman	2-3	Exporter
9	USA	4-6	Net importer despite domestic production
10	Ukraine	1-2 (pre-war)	Major exporter pre-2022; severely disrupted

The most important distinction: production volume and export volume are very different things. China produces more urea than any country but consumes most of it domestically. Russia produces less but exports a far higher proportion. Qatar has relatively modest production capacity but exports almost everything.

The Natural Gas Connection: Why Geography Is Destiny

Urea is synthesized in two steps:

Step 1: Haber-Bosch ammonia synthesis Nitrogen (from air) + hydrogen (from natural gas, via steam methane reforming) → ammonia (NH₃)

Natural gas (methane, CH₄) provides both the hydrogen feedstock and the energy for this reaction. The process runs at 150-300 bar pressure and 400-500°C. It is energy-intensive by design.

Step 2: Urea synthesis Ammonia + CO₂ (also from the reforming process) → urea (CO(NH₂)₂)

The result: every tonne of urea requires approximately 580-600 cubic metres of natural gas for feedstock and energy. Natural gas typically accounts for 70-80% of urea production costs.

This single fact explains the entire geography of urea production:

• Countries with cheap, abundant natural gas can produce urea competitively: Russia (Gazprom gas at regulated domestic prices), Qatar (associated gas from the North Field), Saudi Arabia, Oman, Egypt, Algeria.
• Countries with expensive or imported gas cannot compete: Germany, France, UK, Japan. European ammonia/urea production has periodically shut down entirely during gas price spikes.
• China is the exception: it uses both natural gas AND coal gasification for hydrogen production. Chinese “coal-to-urea” plants are less efficient per tonne but viable when coal is cheap relative to gas.

When European natural gas prices spiked to record levels in 2022 (following the Russia-Ukraine war and Russian gas supply cuts), European nitrogen fertilizer production fell by 60-70%. Factories idled. This pushed European countries into the import market, tightening global urea supply and pushing NOLA and other benchmark prices significantly higher.

The gas cost link means urea prices follow natural gas prices with a lag and a multiplier. When Henry Hub (US gas benchmark) or TTF (European gas benchmark) spikes, nitrogen fertilizer prices typically follow within weeks to months.

China: The Giant That Mostly Keeps Its Urea

China’s urea production capacity of 55-65 million tonnes per year dwarfs every other country. For context, total global urea trade is approximately 50-55 million tonnes per year — China produces more than the entire volume traded internationally, and consumes most of it at home.

China’s agricultural sector — the world’s largest, feeding 1.4 billion people — requires enormous quantities of nitrogen fertilizer. Wheat, rice, and corn cultivation across the North China Plain and other agricultural regions are heavily fertilizer-dependent.

China’s government periodically restricts urea exports to ensure domestic supply adequacy and price stability. This policy creates extreme market volatility outside China because:

1. When China allows exports, it is a massive potential supplier that depresses global prices
2. When China bans or restricts exports, a huge potential supply source disappears overnight, squeezing global markets

China is not a reliable export counterpart — it is a residual supplier that participates in global markets only when it has surplus and government policy permits. Buyers who rely on Chinese urea imports face a fundamental policy risk that has materialized multiple times.

Russia: The World’s Dominant Urea Exporter

Russia exports approximately 8-10 million tonnes of urea per year — roughly 15-20% of total global trade. This makes Russia the world’s leading urea exporter by volume, ahead of Qatar, Egypt, and Oman.

Russia’s competitive advantage is structural: domestic natural gas prices for fertilizer producers are regulated well below international market levels, giving Russian nitrogen producers a permanent cost advantage over European, Asian, or American competitors with market-priced gas.

Key Russian producers include EuroChem, Phosagro, Acron, and Uralchem — all integrated fertilizer groups with ammonia and urea capacity spread across Russia’s Urals and Volga regions.

Before February 2022, Russia was a major supplier to:

• EU countries (before sanctions and voluntary market decisions to diversify away from Russian supply)
• Brazil (the world’s largest agricultural commodity exporter is also a major fertilizer importer; Russia was Brazil’s #1 urea supplier)
• India (periodic large purchase tenders sourced from Russia)
• US (imported via US Gulf ports before trade relationships deteriorated)

Post-2022 sanctions created a complex situation. The US and EU imposed sanctions on Russian individuals and financial entities, but fertilizer products themselves were not sanctioned — to avoid agricultural supply disruptions (the so-called “carve-out”). However, secondary sanctions risk, payment channel difficulties (SWIFT exclusions), and shipping/insurance challenges effectively reduced Russian trade flows and created significant buyer hesitation.

The net result: Russian urea continues to trade internationally, particularly to Brazil, India, and parts of Africa and Southeast Asia, but at discounts to reflect the logistics and reputational friction of sourcing from a sanctioned-economy country.

The Middle East and North Africa: Gas-Rich Exporters

Qatar produces 5-7 million tonnes of urea annually, almost entirely for export. Qatar’s Mesaieed Industrial City hosts QAFCO (Qatar Fertilizer Company) — one of the world’s largest single-site urea producers. Qatar’s North Field is the world’s largest natural gas reservoir; production costs for Qatari urea are among the lowest globally. Qatari urea moves to India, Southeast Asia, Europe, and Latin America.

Egypt has emerged as a significant urea producer and exporter, with production concentrated in the Damietta and Alexandria industrial zones. Egypt’s gas production from the Mediterranean (Zohr field, Eni-operated) has supported domestic fertilizer output. Egypt exports primarily to Europe, Turkey, and sub-Saharan Africa.

Saudi Arabia produces urea through Ma’aden (Saudi Arabian Mining Company) and Sabic, with facilities in Jubail and Yanbu. Saudi Arabian fertilizer is a government-strategic industry, designed to export value-added product rather than raw gas.

Oman has emerged as a growing urea exporter via Oman India Fertiliser Company (OMIFCO) and other joint ventures, primarily supplying India.

Indonesia produces approximately 3-5 million tonnes of urea annually, most of which is consumed domestically on the heavily farmed islands of Java and Sumatra. Indonesia is a net regional exporter in some years and a net importer in others, depending on domestic policy and production performance.

India: The World’s Largest Importer

India presents an apparent paradox: it is one of the world’s top urea producers (15-18 million tonnes per year) AND consistently the world’s largest urea importer (5-8 million tonnes per year). The reason: India’s domestic urea demand, driven by an enormous agricultural sector, exceeds even its large domestic production capacity.

India’s government heavily subsidizes urea to farmers — it is a political commitment that makes urea effectively free or near-free for Indian farmers. This subsidy creates structural overconsumption and makes import volumes virtually certain regardless of price.

India’s Fertiliser Ministry conducts large-volume urea import tenders (handled through MMTC, India’s state trading company) that are closely watched by global urea exporters. A single Indian tender can absorb 500,000 to 1,000,000 tonnes of urea — these tenders move global prices when they close.

India is actively trying to expand domestic capacity to reduce import dependence. Several urea plants are planned or under construction. However, India lacks abundant cheap natural gas domestically, so new capacity often relies on imported LNG — which limits the cost advantage versus simply importing urea directly.

China’s 2024 Export Ban: How One Country Moved Global Markets

In late 2023 and through 2024, China restricted urea exports to protect domestic supply and control domestic fertilizer prices ahead of the spring planting season. The Chinese government’s rationale: domestic food security requires affordable fertilizer; allowing exports reduces domestic supply and risks price rises for Chinese farmers.

The global market response was immediate:

• Global urea prices moved sharply higher as one of the largest potential sources of supply disappeared from the export market
• India was particularly affected: India’s import tenders in early 2024 attracted fewer bidders and cleared at higher prices than anticipated, as Chinese suppliers were effectively absent
• Brazilian buyers — heavily dependent on imports for their agricultural seasons — competed more intensely for non-Chinese supply
• Farmers and trading companies globally scrambled to secure supply from Russia, Qatar, Egypt, and Oman at elevated prices

This episode illustrated a structural vulnerability: global urea trade relies on China being a willing swing supplier during periods of tightness. When China withdraws — for domestic policy reasons that have nothing to do with international markets — the remaining supply from Russia, Middle East, and smaller producers is insufficient to fill the gap without significant price impact.

The pattern has repeated: China restricted urea exports in 2021 (in part citing domestic supply concerns and coal-to-urea plant energy constraints during the Chinese power crisis), again in 2022-2023, and again in 2024.

How Urea Is Priced: NOLA and Global Benchmarks

Urea does not trade on a futures exchange like metals or energy. Prices are negotiated bilaterally, with price reporting agencies publishing assessed prices based on surveyed transactions.

NOLA (New Orleans) urea barge price is the primary US price benchmark. It reflects the price of granular urea (prill or granular) delivered by barge to New Orleans, the main distribution hub for nitrogen fertilizers moving up the Mississippi River system to Midwest farmlands. NOLA urea prices are published weekly by Green Markets (now part of Bloomberg) and used as the reference in many US domestic fertilizer contracts.

Key international benchmarks:

• Egypt FOB (free on board, Egyptian ports): reflects Middle East/North African producer pricing, closely watched for European and African market pricing
• Baltic FOB: reflects European/Russian producer pricing for urea exported through Baltic ports
• Yuzhny (Ukraine) FOB: historically important for Black Sea urea; severely disrupted since 2022
• Middle East FOB (various): Qatar, Saudi Arabia, Oman export pricing
• India CFR (cost and freight, Indian ports): India’s large import tenders create a regular pricing signal for Asian import markets

Platts (S&P Global), Argus Media, and ICIS are the primary price reporting agencies covering urea. Their weekly or bi-weekly assessments are used as contract reference prices.

Price volatility in urea has been extreme. NOLA urea ranged from below $200/short ton (2019-2020) to over $850/short ton (2022 peak) — a four-fold move driven primarily by the European gas crisis, Chinese export restrictions, and supply chain disruptions.

Frequently Asked Questions

Why is natural gas so important for urea production?

Natural gas provides both the hydrogen feedstock (via steam methane reforming) and the energy input for the Haber-Bosch ammonia synthesis process. Approximately 580-600 cubic metres of natural gas is consumed per tonne of urea produced. Because gas accounts for 70-80% of production costs, urea production is only economically viable where natural gas is cheap and abundant — which is why Middle Eastern, Russian, and some Asian producers dominate.

Why does China restrict urea exports?

China’s government periodically restricts urea exports to protect domestic supply and prevent domestic fertilizer price inflation, which would be politically sensitive given China’s large farming population and food security priorities. China does not export urea as a commercial policy — it exports residual surplus when domestic supply is ample and policy allows.

How does Russia’s urea get to market despite sanctions?

US and EU sanctions on Russia specifically exempted fertilizer products (including urea) from trade restrictions, recognizing that blocking fertilizer flows would cause global food security problems. However, sanctions on financial entities, shipping companies, and insurance providers create indirect friction. Russian urea continues to reach Brazil, India, and other major markets, often through intermediaries or via shipping channels not subject to sanctions.

What is granular vs prilled urea?

Urea is produced in two physical forms: prills (small spherical particles, produced by spraying liquid urea from a tower) and granules (larger, harder particles, produced by granulation). Granular urea has become the preferred form for most agricultural applications because it handles better in blending and spreading equipment and has lower dust and caking risk. Some markets still use prilled urea, particularly where granular supply is unavailable or where specific application methods prefer smaller particle size.

What is the NOLA price and why does it matter?

NOLA stands for New Orleans, Louisiana — the main US fertilizer import and distribution hub, where ocean-going vessels discharge into river barges that supply Midwest farmland. The NOLA granular urea barge price, published weekly by Green Markets (Bloomberg), is the standard reference price for US urea trade and is widely followed as a North American market indicator.

How does India’s urea subsidy affect global markets?

India’s government provides a per-tonne subsidy to urea manufacturers and importers, passing heavily discounted urea on to farmers. This policy makes Indian domestic urea demand relatively inelastic to price — consumption doesn’t fall much even when world prices rise. As a result, India must import substantial volumes regardless of price, making it a reliable bid in global markets. India’s tender volumes are watched as a demand signal.

Key Takeaways

• China is the world’s largest urea producer (55-65 million tonnes/year) but consumes most domestically; it is a swing exporter with unpredictable availability governed by domestic policy.
• Russia is the world’s largest urea exporter (~8-10 million tonnes/year), with a structural cost advantage from regulated below-market domestic natural gas prices.
• Urea production geography is determined by access to cheap natural gas — Qatar, Saudi Arabia, Oman, Egypt, and Russia all produce urea competitively because of low-cost gas access.
• Natural gas accounts for 70-80% of urea production costs; when gas prices spike (as in Europe in 2022), urea production becomes uneconomic and factories shut down.
• China’s 2024 export ban removed a major potential supply source from global markets overnight, causing price spikes and supply scrambles in India, Brazil, and other import-dependent markets.
• India is both a major producer (~15-18 Mt/yr) and the world’s largest importer (~5-8 Mt/yr), because its government-subsidized domestic demand exceeds local production capacity.
• NOLA (New Orleans) barge price is the US urea benchmark; international benchmarks include Egypt FOB, Baltic FOB, and Middle East FOB, published by Platts, Argus, and ICIS.

Related Reading

To deepen your understanding of the topics covered in this article, explore these related guides: the broader input chain from raw material to farm gate and the gas markets that set feedstock costs for ammonia plants.