Ammonia storage tank market seen growing to $1.12 billion by 2035

The global ammonia storage tank market is projected to rise from $655.75 million in 2025 to $1,116.92 million by 2035, driven by export projects, bunkering infrastructure and fertilizer demand. Large refrigerated tanks lead the market now, while smaller modular units and stainless-steel systems are growing fastest.

Why it matters: - Ammonia storage is becoming a core piece of the energy transition as ammonia moves beyond fertilizer into a traded fuel and hydrogen carrier. - The market’s projected growth signals more spending on refrigerated terminals, port infrastructure and retrofit work across major industrial regions. - The segment also reflects where capital is flowing in low-carbon ammonia, blue ammonia and marine fuel projects.

What happened: - Market Research Future projected the global ammonia storage tank market will grow from $655.75 million in 2025 to $1,116.92 million by 2035. - The forecast implies a 5.47% compound annual growth rate through 2035. - The research tied growth to export project final investment decisions, marine fuel and bunkering buildout, fertilizer capacity expansion, integrity retrofits and carbon capture incentives. - The report was published Sept. 23, 2026. - More information is available in the sample request and the full report.

The details: - Ammonia storage tanks are specialized vessels for anhydrous ammonia, which is toxic, corrosive and must be kept under pressure or at low temperatures to stay liquid. - Large tanks are the biggest segment, with a 64.10% share. - Large tanks are typically above 10,000 m³ and are used in integrated fertilizer complexes and export terminals. - Small tanks are the fastest-growing segment, with a 6.00% CAGR. - Small tanks are typically below 10,000 m³ and are used in modular green-ammonia plants, port bunkering skids and agricultural depots. - Nickel steel is the largest material segment, with a 35.36% share. - Nickel steel is used for established -33°C design codes. - Stainless and duplex stainless is the fastest-growing material segment, with a 6.24% CAGR. - Carbon steel remains a substantial installed base in pressurized service, especially in bullets below 500 m³. - Large export projects are the main demand driver, including NEOM’s green ammonia facility in Saudi Arabia. - NEOM has $8.4 billion in project financing. - Decarbonized projects typically specify 25% to 40% more days of cover than conventional fertilizer trains. - The shipping sector is adding demand through ammonia bunkering infrastructure. - The Maritime and Port Authority of Singapore awarded its first ammonia bunkering pilot licences. - More than 30 ammonia-capable vessels were contracted by end-2025. - Each bunkering node needs 5,000 m³ to 20,000 m³ of buffer capacity. - India’s Department of Fertilizers allocated INR 1.68 trillion in subsidy outlays while backing coastal import terminals. - Brazil imports more than 80% of its nitrogen requirement. - Brazil’s national fertilizer plan targets a cut in import dependence to 45% by 2050. - A large share of tankage in North America and Europe was commissioned between 1985 and 1998. - Those assets are reaching the 30- to 40-year inspection threshold where bottom-plate corrosion is often found. - The U.S. Section 45Q credit was increased to $85 per tonne of sequestered CO₂ under the Inflation Reduction Act. - The credit has pulled several Gulf Coast blue-ammonia projects toward final investment decision.

Between the lines: - The market is being shaped less by broad commodity growth and more by specific infrastructure decisions tied to exports, shipping fuel and decarbonization policy. - Large tanks still dominate because they fit export terminals and brownfield sites, but smaller units are gaining faster as developers favor modular plants and quicker permitting. - Nickel steel leads because its fabrication methods are well standardized, while stainless and duplex stainless are gaining where purity and inspection intervals matter more. - Regional demand is concentrated where governments and port operators are actively building ammonia import or export corridors, rather than where ammonia use is already mature.

What's next: - Brownfield conversion of idle LPG and petrochemical tankage could lower installed cost to roughly 55% to 65% of greenfield builds. - Modular small-scale units are expected to expand with distributed green-ammonia production. - Bunkering hubs along major shipping corridors may become valuable early bottlenecks because berth allocation and safety-zone rights are limited. - Sensor-equipped tanks and outcome-based maintenance contracts may create a new services market around integrity data. - The report expects steady growth through 2035 as ammonia storage becomes more important to global energy infrastructure.

The bottom line: - Ammonia storage tanks are moving from a niche industrial asset to a strategic infrastructure category, with the strongest demand tied to export terminals, shipping fuel and low-carbon ammonia projects.