Nitric Acid Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Nitric Acid Market Trends and Insights

Surging Demand for Low-carbon Ammonium-nitrate Fertilizers Across Europe

In 2023, CBAM initiated transitional reporting, setting the stage for levies on embedded emissions in fertilizers starting in 2026. This move nudges European buyers towards a locally produced, low-carbon calcium ammonium nitrate, which enjoys a price premium^{[1]European Commission, “Carbon Border Adjustment Mechanism,” europa.eu}. Highlighting this shift, ATOME Energy, with backing from a Yara offtake, is spearheading a green CAN project in Paraguay, targeting an annual output. Simultaneously, the EU's 2026 revision of the Nitrates Directive is tightening limits on manure-derived nitrogen. This change is set to indirectly boost the demand for mineral nitrates, known for their precise nutrient release. According to IFA, global ammonia capacity is projected to rise significantly by 2029. Notably, green ammonia is expected to constitute a small percentage of this capacity, positioning it as a niche yet strategic feedstock for low-carbon nitric acid. In response, European producers are increasingly integrating green ammonia, aiming to safeguard their margins and tap into premium market niches.

Rising Adoption of Polyamide 6,6 for Automotive Lightweighting Mandates

U.S. CAFE and EU Euro 7 regulations are pushing for mass reduction, leading to a surge in the use of polyamide 6,6 for under-hood and battery-pack components. Adipic acid, produced through the nitric-acid oxidation of cyclohexanol/one, meets most of the nylon-6,6 demand. A 2024 shutdown of BASF’s adipic unit in Ludwigshafen tightened the European supply, leading Invista’s plant in Victoria, Texas, to boost its nitric acid off-take. New chemical-recycling methods utilize nitric acid for depolymerizing nylon-6,6, presenting an additional growth opportunity. The trend is further bolstered by electrified powertrains, with Tesla opting for glass-fiber-reinforced PA 6,6 casings in its structural battery packs^{[2]Tesla Inc., “Battery Technology Update,” tesla.com}.

Capacity Expansions in Recycled-feedstock Adipic-acid Facilities

The EU's Ecodesign for Sustainable Products Regulation sets minimum recycled-content thresholds, driving investments in nylon 6,6 depolymerization plants using nitric acid hydrolysis. China's 14th Five-Year Plan aims for 20% recycled content in engineering plastics by 2025, positioning the Asia-Pacific region to lead in the production of chemically recycled adipic acid. A recycling plant with significant capacity would require a notable amount of nitric acid annually, significantly impacting regional balances. DNV highlights that only a limited portion of the announced clean-ammonia capacity by 2030 is earmarked for fertilizers, suggesting a potential feedstock crunch for additional nitric units unless long-term contracts are in place.

Increasing Demand from Explosives Manufacturing

By FY 2026-27, India plans to boost its technical ammonium nitrate capacity significantly. This expansion will necessitate an additional supply of concentrated nitric acid. BCGCL’s gasification complex in Odisha is set to contribute substantially to TAN production annually, alongside an integrated nitric acid production line. As Indonesia capitalizes on its nickel surge and Africa eyes its gold and platinum ventures, the demand is evident; Orica noted an uptick in Asia-Pacific volumes for FY 2024, driven by mining needs. Adhering to ISO 13763 purity standards, the industry is anchored to high-grade acid, making substitutions less viable.

Volatile Natural-gas Prices Squeezing Ammonia-nitric Margins

Ammonia synthesis consumes significant amounts of gas per ton, with feedstock accounting for the majority of cash costs. In Q4 2024, European plants operated at reduced utilization levels, with gas prices significantly higher than in the U.S., squeezing margins. CF Industries hedged a portion of its 2025 gas, securing higher gross margins at its Donaldsonville plant compared to much lower margins in Europe. With gas markets in flux, regions facing high costs might either curtail capacity or pivot to importing blue/green ammonia to avoid negative spreads.

Ruthenium Catalyst Supply Risk for N₂O Abatement Systems

Under EU-ETS Phase IV, nitric plants must reduce N₂O emissions to below a specific threshold per ton of acid, prompting installation of tertiary destruction units. Ruthenium-based catalysts deliver high efficiency but rely on a metal with a limited annual supply, primarily sourced from South Africa and Russia. Catalyst replacement every 18-24 months raises OPEX, and geopolitical disruption could stall compliance, exposing plants to allowance purchases at elevated costs.

Segment Analysis

By Concentration: Weak Acid Anchors Volume, Concentrated Grades Accelerate

In 2025, weak nitric acid commanded a 58.18% share of the nitric acid market, as integrated fertilizer complexes leaned towards a 50-60% strength for controlled neutralization. Meanwhile, concentrated grades, ranging from 68% to 98%, are projected to outpace the overall nitric acid market, growing at a 3.64% CAGR. This surge is driven by the demands of adipic acid, technical ammonium nitrate, and recycling routes, all of which prioritize higher purity and reduced water content. 

The uptick in concentrated acid demand is fueled by automotive lightweighting, mandates for nylon-66 chemical recycling, and stringent quality standards for explosives. With India’s TAN expansions and Invista’s operations in the U.S. for adipic acid, the combined efforts hint at a demand surge. While fuming nitric acid has carved out a niche—primarily in hypergolic propellants and semiconductor wet etching—it stands poised for broader adoption. This potential surge hinges on the commercial scaling of NASA’s AF-M315E monopropellant for satellite fleets.

Note: Segment shares of all individual segments available upon report purchase

By End-user Industry: Fertilizers Dominate, Explosives Race Ahead

In 2025, fertilizers dominated the nitric acid market at 70.18% share, driven by the pivotal roles of ammonium nitrate and urea ammonium nitrate in cereal and oilseed cultivation. Meanwhile, explosives, currently holding a small market share, are the sector's fastest-growing segment at 3.97% CAGR, fueled by demand from coal, nickel, and precious-metal mining across Asia-Pacific and Africa.

Chemical manufacturing, encompassing products like adipic acid, TDI, and nitrobenzene, is witnessing a dichotomy: while European closures of adipic acid plants have curtailed regional consumption, the Asia-Pacific region is ramping up its cost-advantaged production capacity. The aerospace sector and pigment production, though representing a smaller share of the market, command premium prices; for instance, inhibited red fuming nitric acid fetches significantly higher prices compared to fertilizer acid.

Note: Segment shares of all individual segments available upon report purchase

Geography Analysis

Asia-Pacific dominated the nitric acid market with 59.01% volume in 2025 and is projected to grow at a 3.81% CAGR through 2031. This growth is bolstered by green-ammonia initiatives in China and a surge in explosive capacities in India. A GST reduction in India in September 2025 led to a significant drop in export prices, enhancing competitiveness across South Asia. Additionally, South Korea's Yeosu plant provides flexible options for chemical producers in Northeast Asia. 

Europe grapples with elevated gas prices and carbon compliance challenges. While the CBAM initiative redirects imports from Russia and Belarus to domestic low-carbon alternatives, profit margins remain tight, leading to underutilization. Yara has unveiled a green-ammonia venture in Sluiskil, eyeing a 2028 launch to mitigate feedstock risks and capitalize on decarbonization incentives. 

North America reaps benefits from its feedstock advantages. CF Industries’ facility in Donaldsonville churned out ammonia in the initial three quarters of 2024, boasting industry-leading profit margins. Meanwhile, blue-ammonia CCS initiatives are poised to furnish low-carbon nitric acid feedstock for CBAM markets. The Middle East is emerging as a key export center, with NEOM and Qatar Ammonia 7 eyeing 2026 inaugurations. In South America, demand is on the rise; Brazil set a record by importing fertilizers in 2024. This surge has spurred ATOME to target a 2027 launch for its green CAN project in Paraguay.