Reviewed August 2026 against USDA’s Agricultural Marketing Service (via University of Illinois farmdoc daily), USDA’s Economic Research Service, and the World Bank’s Commodity Markets research.

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Cost of Urea: Current Price, Drivers & How to Track It

The cost of urea is set by three things stacked on top of each other: the price of natural gas (its main feedstock and fuel), how much nitrogen fertilizer producers and traders are moving through the market at that moment, and whatever trade or weather shock is disrupting supply that month. In the United States, USDA’s Agricultural Marketing Service put delivered urea (46% N) at $594 per ton for the first week of August 2025 — 10% above the same week in 2024, and far below the 2022 spike above $1,000 per ton. Global spot benchmarks have since eased further: as of August 7, 2026, urea was trading near $400 per tonne, down close to 9.6% from a year earlier.

This guide breaks down what urea costs right now, why the price moves the way it does, and how to check the figure yourself once the numbers you’re reading here are no longer the newest ones available. It’s written for growers and agribusinesses in the nitrogen fertilizer supply chain in the United States and Australia, where urea is bought and sold on open markets rather than under government-set retail prices.

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Table of Contents

What Does Urea Cost Right Now?

Two separate benchmarks matter, and mixing them up is the most common source of confusion. The first is the USDA-AMS Illinois delivered price — what a retail dealer actually charges a farmer for granular urea, reported weekly. The second is the global FOB spot price — what traders pay for bulk urea loaded onto a vessel or barge at a major export or import hub, which moves faster and further than the retail price a farmer sees.

• Illinois delivered urea (USDA-AMS): $594 per ton, first week of August 2025 — 10% above the same week of 2024, per the farmdoc daily analysis from the University of Illinois.
• 2008–2020 long-run average: approximately $440 per ton, the same USDA-AMS series, before the 2021–22 energy shock reset the range.
• 2022 peak: urea surpassed $1,000 per ton and anhydrous ammonia topped $1,600 per ton, according to the USDA Economic Research Service chart of note published March 27, 2025.
• Global spot benchmark: $400 per tonne on August 7, 2026, down close to 9.6% from a year earlier, per Trading Economics.
• Try it: Urea Cost Per Acre / Hectare Calculator

Put together, that’s a price that roughly doubled from its pre-2021 baseline at the 2022 peak, gave back more than half of that spike by mid-2025, and has eased further into 2026. None of these figures will still be the newest number by the time you read this — that’s the nature of a commodity re-priced daily. Bookmark the sources above rather than the numbers themselves.

Why the Same Ton of Urea Costs Different Amounts in Different Places

Urea is a globally traded commodity, but the price a farmer actually pays rarely equals the global spot price. Freight from the exporting port, dealer margin, local currency movement, and — in a number of countries — direct government price controls all sit between the FOB benchmark and the invoice a farm receives. In markets where the government sets or subsidizes the retail price, the domestic figure can sit far below the world price for years at a time, which is why a single global “urea price” headline never tells the whole story for every country at once.

Neither the United States nor Australia runs a subsidized retail price for urea. Both are market-priced: US delivered prices track the USDA-AMS series above, and Australian ex-store prices move with the landed cost of imported product plus freight and currency, since Australia imports the large majority of the urea its cropping and pasture sectors use. That makes the US and Australian retail price a closer, faster mirror of the global spot benchmark than in administered markets — good news if you want an early read on where costs are heading, less good news when a spike hits, because there’s no subsidy cushioning the pass-through.

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The Global Urea Market: Producers, Buyers, and Trade Flows

Urea remains the world’s most widely used dry nitrogen fertilizer because it carries 46% nitrogen by weight — more nutrient per ton shipped than ammonium nitrate or ammonium sulfate — which keeps its per-unit-of-nitrogen cost competitive even after freight. That’s why it anchors nitrogen programs for wheat, corn, and pasture across North America, Europe, and Oceania.

• Major exporters: the Middle East (low-cost gas feedstock), Russia, and North Africa supply the bulk of urea moving into import-dependent markets.
• Major producers with domestic gas supply: the United States, via Gulf Coast plants that also compete on the export market when domestic demand is soft.
• Import-dependent buyers: Australia, Brazil, and much of Europe rely on seaborne cargoes, which is why freight rates and Gulf/Middle East spot spreads matter as much to their farm-gate price as the underlying production cost does.

Stay current on where prices are heading through our ongoing fertilizer price forecast coverage, which tracks the same benchmarks referenced in this article as new data is released.

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What Drives Urea Prices: Natural Gas and Production Economics

Urea production starts with ammonia synthesis, and natural gas supplies both the hydrogen feedstock and the process heat. When gas costs rise, urea plants either pass the cost straight through or shut down — there’s no substitute input to switch to at scale. CF Industries, one of the largest North American nitrogen producers, disclosed a realized natural gas cost of $3.31 per MMBtu for full-year 2025, up from $2.40 per MMBtu in 2024 — a 38% increase — in its fourth-quarter and full-year 2025 earnings release, which reported net earnings of $1.46 billion for the year, up from $1.22 billion in 2024, largely on stronger nitrogen margins.

The mechanism isn’t new. A 2007 USDA Economic Research Service analysis of the 2000–2006 gas price run-up found that US ammonia production fell 44% and the farm-level ammonia price rose from $227 to $521 per ton — a 130% increase — as domestic plants lost their cost advantage to imports. The direction of that relationship hasn’t changed since; only the price levels have.

Geopolitical Shocks and Trade Disruptions

Nitrogen fertilizer is chemically tied to energy markets, so any event that moves natural gas prices moves urea prices with a short lag. European gas prices are the clearest current example: the World Bank’s Commodity Markets team reported that its European natural gas index rose 19.1% month-over-month in July 2026, even as its broader fertilizer price index fell 4.3% over the same month — evidence that gas costs and fertilizer prices can diverge in the short run when supply, freight, and demand-side factors pull in different directions at once.

That divergence is the pattern to watch rather than any single headline. Export restrictions, sanctions, canal or strait disruptions, and plant outages in gas-exposed regions have each triggered urea price spikes over the past two decades; none of them are permanent, and each one has historically corrected as alternative supply came online or demand adjusted. Trade routes and shipping capacity — not just production cost — set how fast a regional shortage shows up in a farmer’s invoice.

Environmental Regulation and Efficient Nitrogen Use

Nitrogen runoff, ammonia volatilization, and nitrous oxide emissions from urea use are under increasing regulatory scrutiny in both the United States and Australia, from state-level nutrient management rules to catchment-level water quality targets. That pressure is pushing demand toward slow-release and stabilized nitrogen products, tighter application windows, and documentation of what was applied, where, and when.

Farmonaut’s Carbon Footprinting tools let farms and agribusinesses track the emissions footprint of their fertilizer program alongside the rest of their operations, which is increasingly what buyers, lenders, and regulators are asking to see documented rather than estimated.

Technology That’s Changing How Urea Is Applied

The cheapest way to manage rising urea costs is to apply less of it without losing yield — which is where satellite monitoring, variable-rate application, and traceability systems earn their keep.

• Satellite and digital farm management: Farmonaut Large Scale Farm Management uses satellite imagery and analytics to flag where nitrogen status is falling behind, so applications can be targeted rather than blanket-rated across a whole field.
• Traceability systems: Blockchain-based product traceability gives buyers and regulators a verifiable record of input use across the supply chain, which matters more as export markets and lenders ask for it.
• Slow-release and stabilized products: coated and inhibited urea formulations extend nitrogen availability in the root zone, cutting the volatilization and leaching losses that push farmers toward over-applying as insurance.

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Calculate Your Own Urea Cost

Enter your own delivered urea price, target nitrogen rate, and field size to see what a urea-based nitrogen program actually costs on your operation — not the national average quoted above.

Regional Dynamics: United States, Australia, and Key Producers

United States

The US is both a producer and an importer, with Gulf Coast plants like CF Industries’ Donaldsonville complex competing directly with imported cargoes landed at the same ports. That flexibility means US buyers can source domestically when Gulf plant output is strong and lean on imports when it isn’t, which is part of why the USDA-AMS delivered price has stayed below the 2022 peak even as natural gas costs climbed again through 2025.

Australia

Australian cropping and pasture operations rely heavily on imported urea, landed mainly from the Middle East and Asia-Pacific suppliers, which makes freight rates and the US dollar exchange rate direct inputs into the ex-store price alongside the FOB benchmark itself. Growers budgeting for topdressing windows should check the current ex-store quote from their regional supplier rather than working off a global spot figure, since the freight and currency spread between the two can move independently of the underlying commodity price.

Other Key Producers and Buyers

Middle Eastern producers (notably Saudi Arabia and Qatar) compete on low-cost domestic gas and export heavily into both the US and Australian markets. Brazil, a major buyer for its major crop regions, sources diversified cargoes including from Russia, illustrating how import-dependent markets hedge supply risk across multiple origin countries rather than relying on one.

See how Farmonaut’s advisory systems help large growers plan nitrogen timing around both price windows and crop need.

How Urea Prices Affect Farmers and Food Security

Urea cost lands directly on the farm budget line, and the effect runs in both directions. When delivered prices rise toward the 2022 peak levels, growers either absorb the margin hit or cut application rates — a decision that can reduce yield if it’s cut below crop need. When prices ease, as they have since 2022, the risk shifts toward over-application, since cheaper urea removes some of the financial discipline that curbs excess nitrogen use and the runoff that follows it.

• Rising urea costs squeeze margins fastest for high-nitrogen-demand crops like corn and irrigated pasture, where nitrogen is one of the largest single input line items.
• Falling prices can undercut the economic case for slow-release products and precision application, even though the environmental case for them hasn’t changed.
• Field-level data — soil moisture, crop health, and nitrogen status — is what lets a grower right-size an application regardless of which direction the price is moving, rather than defaulting to a flat rate out of habit.

The Role of Artificial Intelligence in Agriculture – Farmonaut | Agritecture | Joyce Hunter

Urea Price Forecasts: What to Watch and Where to Check

No single number holds up as “the” urea forecast for more than a few weeks, so the durable approach is tracking the inputs rather than memorizing an output. Four indicators move the price before it shows up on a delivered invoice:

1. Natural gas futures in the producing region — Henry Hub for US Gulf production, European hub prices for plants exposed to that market. A sustained move in gas is the earliest signal of a coming urea price shift.
2. The World Bank’s Commodity Markets outlook, updated monthly with historical data and released twice a year (typically April and October) with forward price projections — check the current edition at worldbank.org/en/research/commodity-markets for the latest available figures rather than relying on any number printed here.
3. USDA-AMS weekly fertilizer price data, summarized regularly by University of Illinois farmdoc daily, for the US delivered benchmark.
4. Plant outages and export restrictions in major producing regions, which tend to move spot prices faster than any published forecast can capture.

Treat any specific forecast figure — including the ones in this article — as a snapshot with an expiration date. The method above is what stays useful after the number changes.

How Farmonaut Helps Manage Fertilizer Costs

Farmonaut’s mission is to make precision agriculture affordable and accessible to farmers, using satellite data and AI to help reduce fertilizer overuse without giving up yield.

• Satellite-Based Crop Health Monitoring: multispectral imagery flags nitrogen stress and soil moisture status in time to adjust an application, rather than after yield has already been lost.
• AI-Driven Advisory: Jeevn AI generates farm-specific recommendations on urea timing and rate based on field conditions rather than a flat regional average.
• Blockchain Product Traceability: batch-to-farm records for supply chain transparency and buyer or regulator compliance.
• Fleet and Resource Management: logistics tools that cut the transport cost layered on top of the commodity price farmers actually pay.
• Carbon Footprinting: tracks and documents the emissions impact of fertilizer use for sustainability reporting.

All Farmonaut services are available on Android, iOS, and web apps, plus a full API for developers and enterprises. For a deeper look at how these tools fit into a broader operation, see our guide on digital farm management for sustainable farming.

FAQ: Urea Costs, Prices, and Market Trends

Bottom Line

Urea’s cost is a direct readout of natural gas economics plus whatever trade disruption is active at the moment — nothing more mysterious than that. The 2022 peak (over $1,000 per ton) was a natural gas and export-restriction shock; the pullback to $594 per ton by August 2025 and near $400 per tonne by August 2026 reflects that pressure easing, not a permanent floor. The specific numbers in this article will be out of date faster than the mechanism that produced them, so use the sources linked throughout — USDA-AMS, USDA ERS, the World Bank, and company earnings disclosures — to pull the current figure whenever you need it.

Tools like Farmonaut won’t change the price of natural gas, but they do control the one variable a farm has full authority over: how much urea actually needs to go on a given field. That’s where precision data pays for itself regardless of which direction the market is heading.