prodchem
Sep 11, 2026
Natural gas has become an increasingly important pressure point for global ammonia producers as volatile energy markets raise the cost of producing nitrogen fertilizers. The impact is especially significant in regions where natural gas represents a major share of the ammonia production cost structure.
Ammonia is the foundation for many nitrogen fertilizers, including urea and ammonium nitrate products. When gas prices rise sharply, producers can face higher operating costs, weaker margins and difficult decisions over production rates.
Recent market conditions have highlighted how quickly this relationship can affect fertilizer economics. In Europe, natural gas accounts for roughly 70% to 80% of nitrogen fertilizer production costs, leaving ammonia producers highly exposed to changes in energy markets.
Ammonia production requires substantial energy because hydrogen must be produced before it can react with nitrogen to form ammonia. In conventional production, natural gas provides both the hydrogen feedstock and a major source of process energy.
This makes gas pricing a fundamental component of ammonia economics. A sustained increase in gas prices can therefore move production costs higher even when labor, logistics and other operating expenses remain relatively stable.
The effect varies considerably by region. Producers with access to relatively low-cost gas can retain a stronger position on the global production cost curve, while higher-cost producers may find imported ammonia more competitive.
The current market demonstrates this difference clearly. S&P Global reported in March 2026 that estimated European domestic ammonia production costs had risen to around $697 per metric ton while assessed import prices were around $690 per metric ton, excluding CBAM costs.
Europe remains particularly sensitive to natural gas volatility because of its dependence on imported energy and the relatively high position of European ammonia production on the global cost curve.
Higher gas prices can change the economics of local production quickly. Producers may reduce operating rates when selling ammonia becomes less attractive than purchasing imported material.
The pressure can extend throughout the fertilizer chain. If domestic ammonia output falls, fertilizer manufacturers may need to increase imports or compete for alternative feedstock supplies.
European ammonia production capacity has already faced structural pressure in recent years. The European Commission reported that plants representing 9% of EU ammonia capacity have permanently closed since 2023, while other facilities have remained dormant.
This creates a more sensitive market environment when energy prices rise again.
The connection between gas and fertilizer prices is not always immediate, but sustained increases in production costs eventually affect commercial decisions.
An ammonia producer facing sharply higher gas costs has several potential responses:
Reduce production: Plants may operate at lower rates when margins become unattractive.
Raise offers: Producers can attempt to pass higher costs through to ammonia and fertilizer buyers.
Delay sales: Producers may withdraw offers temporarily while assessing market conditions.
Increase imports: Downstream buyers may turn to imported ammonia when local production becomes expensive.
These responses can reinforce market volatility. Lower production can tighten availability, while higher prices can encourage buyers to secure material earlier than planned.
The World Bank expects urea prices to remain elevated in 2026 and identifies higher-than-expected natural gas prices as a major upside risk because natural gas accounts for an estimated 80% to 90% of ammonia production costs.
Natural gas volatility does not affect every ammonia producer equally. The impact depends heavily on the producer's feedstock source, contract structure, plant efficiency and access to infrastructure.
Producers with competitive gas supplies can potentially maintain production even during periods of elevated global gas prices. Higher-cost producers may face a much narrower margin between production cost and achievable selling price.
This creates opportunities for international trade.
When imported ammonia costs less than domestic production, buyers may increase purchases from lower-cost origins. At the same time, freight costs, availability and regional supply disruptions can influence whether imported material remains commercially attractive.
The lowest production cost does not automatically create the lowest delivered cost. Buyers need to evaluate feedstock economics alongside transportation, insurance, port charges and delivery timing.
Energy markets and shipping markets are increasingly interconnected. Disruptions affecting LNG supplies can raise natural gas prices while restrictions on maritime routes can simultaneously affect ammonia availability and freight costs.
Recent disruption around the Strait of Hormuz has provided a clear example of this combined pressure. European gas prices recently climbed above €75 per MWh, more than twice their level a year earlier, while Gulf LNG exports remained severely disrupted.
For ammonia buyers, this creates two potential sources of cost pressure at the same time.
Higher gas prices can increase the cost of European domestic ammonia production. Meanwhile, reduced availability from Gulf producers can tighten international supply and make replacement cargoes more expensive
For fertilizer buyers, monitoring the ammonia quotation alone provides an incomplete picture of future purchasing costs.
Natural gas benchmarks can provide an early indication of potential production-cost pressure, particularly for suppliers operating in gas-sensitive regions. Changes in regional gas prices can eventually influence producer offers, operating rates and import requirements.
Procurement teams should also track:
Producer operating rates: Lower operating rates can signal tightening availability.
Regional gas prices: Persistent increases can indicate higher replacement costs ahead.
Import economics: Comparing domestic production with delivered imported ammonia can reveal sourcing opportunities.
Freight conditions: Higher freight can offset the advantage of a lower-cost origin.
Inventory levels: Low stocks increase the risk of urgent purchases during periods of market volatility.
A buyer that monitors these indicators can make sourcing decisions before cost pressure fully reaches the downstream fertilizer market.
Feedstock competitiveness remains one of the most important advantages in ammonia production. Producers with reliable access to economical natural gas can operate at a lower position on the global cost curve.
This advantage becomes particularly valuable when energy markets become volatile. A producer with a stable feedstock position may be able to maintain output while higher-cost competitors reduce production.
For international buyers, this makes origin selection increasingly important.
Rather than evaluating suppliers solely by the quoted ammonia price, procurement teams should consider the underlying strength of the producer's supply chain. Reliable feedstock, consistent production and dependable export infrastructure can support more stable supply over time.
Persistent differences in production economics can gradually change the direction of international ammonia trade.
If high-cost regions reduce domestic output, they may require more imported ammonia. Conversely, regions with competitive gas resources may gain greater importance as exporters.
This can create a feedback effect across the market. Increased import demand can support prices in exporting regions, while reduced domestic production can increase dependence on international supply.
The World Bank expects fertilizer markets to remain tight through much of 2026, with urea prices projected to rise substantially year on year before potentially easing in 2027 if Middle Eastern exports recover and natural gas prices moderate.
For traders, this environment creates both risk and opportunity. Timing purchases, maintaining multiple supplier relationships and understanding regional cost differences can become increasingly important.
Procurement managers cannot control natural gas prices, but they can reduce their exposure to sudden changes.
A practical sourcing strategy should include:
Diversified origins: Avoid relying entirely on one production region when alternative suppliers are commercially viable.
Flexible purchasing schedules: Consider staged buying rather than concentrating all requirements into a single transaction.
Delivered-cost analysis: Compare ammonia offers after incorporating freight and other logistics expenses.
Supplier monitoring: Track production conditions and operating rates at major supply sources.
Forward planning: Secure essential volumes before a short-term energy shock creates additional competition for available cargoes.
Contract structures also deserve careful attention. Buyers should understand how suppliers handle changes in feedstock costs, shipment schedules and other market-related adjustments.
Natural gas volatility remains one of the most important variables shaping global ammonia production costs. Its influence extends from plant operating decisions to fertilizer prices, import demand and international trade flows.
The current environment also demonstrates why energy and fertilizer markets cannot be assessed separately. Higher gas prices can increase domestic ammonia production costs while shipping disruptions can simultaneously restrict imported supply.
For procurement teams, the most effective response is a broader view of market economics. Buyers should monitor gas prices, production costs, supplier reliability, freight conditions and regional availability together rather than relying on the ammonia price alone.
As energy markets remain volatile, suppliers with competitive feedstock access and dependable export capabilities are likely to attract greater attention from international buyers.
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