Concentrated Nitric Acid Market Size & Share, by Type (Strong and Fuming); End use; and Application - Global Supply & Demand Analysis, Growth Forecasts, Statistics Report 2026-2035

Concentrated Nitric Acid Market - Growth Drivers and Challenges

Growth Drivers

• Increasing demand across various sectors: The rising demand for concentrated nitric acid across a diverse range of industries is significantly driving global market growth. In the pharmaceutical sector, concentrated nitric acid is vital in the synthesis of active pharmaceutical ingredients (APIs) and intermediates, contributing to the deployment of essential medications. In chemical laboratories, it is widely used for analytical and preparative procedures due to its strong oxidizing properties. Furthermore, concentrated nitric acid plays a crucial role in the dye, colorant, and pigment industries, where it serves in the nitration process of aromatic compounds, supporting the production of various colorants used in textiles, printing inks, and coatings. In metal refining and etching, nitric acid is instrumental in purifying precious metals and preparing surfaces for electroplating and microfabrication, making it indispensable in the electronics and metallurgical sectors.
  Additionally, the compound remains foundational in the fertilizer and explosive industries, particularly producing ammonium nitrate, an essential component in both agriculture and mining operations, where it functions as a chemical doping agent in battery and semiconductor research. A notable instance is LSB Industries, Inc., a key producer of nitric acid, supplying high-grade acid to sectors such as agriculture, mining, and specialty chemicals. The company’s commitment to quality and innovation enables it to meet the growing multi-industry demand effectively.
• Chemical intermediate production: High demand for concentrated nitric acid in manufacturing key chemicals like adipic acid, nitrobenzene, and TDI used in plastics and dyes. These intermediates are essential in the production of nylon, polyurethane foams, and industrial dyes, which are widely used in the automotive, textile, and construction industries. Concentrated nitric acid’s strong nitrating and oxidizing properties make it indispensable in the controlled synthesis of aromatic compounds and specialty chemicals. As global demand for performance materials and plastics continues to rise, particularly in emerging economies, the consumption of concentrated nitric acid is expected to grow accordingly. An exemplary case is LANXESS AG, a prominent German specialty chemicals firm, which heavily utilizes nitric acid in the manufacturing of chemical intermediates for plastics and coatings. The company emphasizes process efficiency and environmental sustainability, positioning itself as a key player in meeting the growing market needs. This alignment between industrial demand and chemical innovation underscores the strategic value of concentrated nitric acid in the global chemicals supply chain.
• Expansion in fertilizer production: The market for concentrated nitric acid is largely propelled by its essential function in the production of nitrogen-based fertilizers, especially ammonium nitrate. With the increasing global demand for food, the utilization of fertilizers is on the rise. The FAO anticipates that to adequately nourish the population, worldwide consumption of nitrogen fertilizers will approach almost 120 million tons by 2023. This trend directly stimulates the demand for concentrated nitric acid, which serves as a vital feedstock in the manufacturing processes of these fertilizers.

Trade Dynamics

Nitric acid; sulphonitric acids exports by country in 2023

Source: WITS

Challenges

• High production costs: The manufacturing is highly energy-intensive, requires substantial inputs of electricity and natural gas, particularly during the catalytic oxidation of ammonia. In regions with volatile or high energy prices, this directly impacts operational costs and profit margins. Moreover, the requirement for specialized materials and equipment that resist corrosion significantly increases both capital and maintenance costs. These cost pressures can hinder competitiveness, especially for small- and medium-scale manufacturers, and may limit capacity expansion in price-sensitive markets. As a result, cost-efficiency remains a critical focus for industry players seeking long-term sustainability.
• Storage and transportation risk: The concentrated nitric acid is highly corrosive and reactive. Moreover, the chemical must be handled using specialized corrosion-resistant containers and transport systems, such as stainless steel or Teflon-lined tanks, to ensure safety and compliance with hazardous materials regulations. These stringent requirements increase logistical complexity and operational costs for manufacturers and distributors. Additionally, accidental leaks or improper handling can lead to severe health hazards, environmental contamination, and regulatory penalties. As a result, the need for meticulous handling protocols and investment in specialized infrastructure significantly impacts the overall supply chain efficiency and cost structure.