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Nitric Acid in Russia, the EAEU and the world: Production, Market and Forecast (4 edition)
Seitenzahl: 118
Anzahl der Tische: 46
Anzahl der Zeichnungen: 34
Report Sprache: Russian + English
Freigegeben: 21.07.2026
Form der Präsentation:
PDF Copy
Pdf, Word (version for copying and editing)
Pdf, Word, Excel
Pdf, Word, Excel, 2 hard copies (for credit organizations)
Pdf, Word, Excel, 2 hard copies and Adobe Illustrator presentation (for incorporation into investment projects)
Manifestation: Herunterladen
Preis: 5 000 Euro
This report is currently available in Russian language only. However, we can provide an English version of the report within 3 weeks after receiving a payment.
This report is the fourth edition of a study of the nitric acid market in Russia, other EAEU countries and the world.
The purpose of the study is to analyze the Russian nitric acid market.
The object of the study is nitric acid of various types and grades.
This work is a desk study. The following sources of information were used:
1. Rosstat;
2. Russian customs statistics (up to 2022);
3. Russian rail transportation statistics;
4. Reports and other statistical materials from industry ministries and agencies (the Ministry of Economic Development and Trade, the Ministry of Industry and Trade, etc.), unions, and industry associations;
5. Public information sources, online publications, industry print and online journals, media outlets, and internet portals;
6. Archive of available bid and tender results published on the government procurement portal;
7. Industry analytics and reviews, materials from marketing and consulting companies, and review articles;
8. Monitoring online materials of key industry players, corporate information, company reports, and published interviews with industry experts.
9. SBIS Database;
10. InfoMine Database.
Study timeframe: 2014-2025; forecast – to 2030/35.
Study geography: The Russian Federation – a detailed comprehensive market analysis; other EAEU countries and the world – a brief retrospective analysis.
A distinctive feature of this study is the inclusion of market characteristics of the EAEU and the world, a detailed description of the quality characteristics of various types and brands of commercial nitric acid, and a detailed analysis of foreign trade transactions involving nitric acid. The supply-demand balance is examined (separating in-plant consumption and deliveries of commercial nitric acid to the largest consumer enterprises), trends in key consuming industries are identified, and new promising consumption segments are identified.
The review consists of seven parts and contains 118 pages, including 34 figures, 46 tables, and two appendices.
Chapter one of the review provides a brief overview of the global nitric acid market (capacity, production and consumption structure, foreign trade operations, and global prices) from 2017 to 2025.
Chapter two examines nitric acid production technologies, the main sources of raw materials, Russian suppliers, and supply chains.
Chapter three examines nitric acid production in the Eurasian Economic Union from 2014 to 2025. It presents the quality requirements for various types and grades of nitric acid produced by Russian companies, as well as storage and transportation requirements for each type.
An assessment of overall nitric acid production capacity in Russia is provided, along with the dynamics of these indicators by country and producer company. The chapter also describes individual producers (production dynamics and grade composition, as well as the largest consumer companies).
Chapter four of the review presents data on foreign trade transactions with nitric acid in the EAEU from 2014 to 2025.
Chapter five analyzes nitric acid prices in Russia. Specifically, it presents current domestic prices and provides export-import price dynamics for 2014-2025 by supplier company and brand of the chemical.
Chapter six examines consumption of the product under review. It presents the production-consumption balance, consumption structure by industry and type of nitric acid, characterizes the largest consuming companies, analyzes key market trends, and identifies trends in consuming industries.
Chapter seven presents a forecast for market development and nitric acid consumption through 2030/35.
The appendices provide addresses and contact information for the main companies producing and consuming nitric acid in Russia and other EAEU countries.
The target audience for this study is:
- nitric acid market participants – producers, consumers, and traders;
- potential investors.
This study is intended to serve as a reference guide for marketing departments and decision-makers working in the nitric acid market.
ABSTRACT
INTRODUCTION
1. Brief Description of the Global Nitric Acid Market, 2017-2025
1.1. Capacity. Largest Manufacturing Companies
1.2. Production and Consumption Dynamics and Structure. Key Market Trends
1.3. Foreign Trade Operations
1.4. Price Analysis
2. Nitric Acid Production Technology and Raw Materials Used in Industry
2.1. Production Technology
2.2. Main Raw Material Suppliers to the EAEU. Supply Destinations and Volumes
3. Nitric Acid Production in the EAEU, 2014-2025
3.1. Product Quality
Nitric Acid, Non-Concentrated
Special Nitric Acid
Concentrated Nitric Acid
Reactive Nitric Acid
High-Purity Nitric Acid
Bleached Nitric Acid
Burant Nitric Acid
Acid Melange
3.2. Capacity
3.3. Production 2014-2025
3.3.1. Russia
JSC NAK Azot (Novomoskovsk, Tula Region)
KChKhK Branch of JSC UCC Uralchem (Kirov Region)
Azot Branch of JSC UCC Uralchem in Berezniki (Perm Krai)
PJSC Dorogobuzh (Verkhnedneprovsky, Smolensk Region) and PJSC Acron (Veliky Novgorod)
KAO Azot (Kemerovo)
Other Manufacturing Companies
3.3.2. Other EAEU Countries
Belarus
Kazakhstan
4. Nitric Acid Exports and Imports in the EAEU in 2014-2025
4.1. Russia
Exports
Imports
4.2. Other EAEU Countries
5. Overview of Nitric Acid Prices in the Russian Federation in 2014-2025
5.1. Current Domestic Prices
5.2. Export-Import Prices in 2014-2025
6. Nitric Acid Consumption in 2014-2025
6.1. Russia
6.1.1. Supply-Demand Balance
6.1.2. Consumption Structure
Own Consumption of Manufacturing Plants
Commercial Nitric Acid
6.1.3. Current Status and Development Prospects of Key Consuming Industries and Largest Consumer Enterprises
Mineral Fertilizer Production
Industrial Explosives Production
Uranium Industry and Nuclear Power
Other Industries
6.2. Other EAEU Countries
7. Forecast of Nitric Acid Consumption in the Russian Federation through 2030/35
7.1. Key Market Development Trends
7.2. Nitric acid consumption forecast for the period up to 2030/35
Appendix 1. Contact information for ammonium nitrate producers in Russia and the EAEU
Appendix 2. Contact information for Russian consumers of commercial nitric acid
Table 1: Largest Nitric Acid and Nitrogen Fertilizer Production Plants in the World
Table 2: Largest Nitric Acid Exporting/Importing Countries in 2017-2025, Thousand Tons
Table 3: Ammonia Producers in the EAEU Countries and Their Capacity as of 2026
Table 4: Ammonia Production by EAEU Enterprises in 2017-2025, Thousand Tons
Table 5: Additional Ammonia Supplies to Russian Nitric Acid Producers in 2020-2025, Thousand Tons
Table 6: Ammonia Supplies to Largest Russian Nitrogen Fertilizer Producers Without In-House Production in 2020-2025, Thousand Tons
Table 7: Technical Specifications of Non-Concentrated Nitric Acid Produced in Accordance with GOST R 53789-2010, GOST 113-03-270-90
Table 8: Technical characteristics of non-concentrated nitric acid produced according to TU 2121-016-81277120-2012
Table 9: Technical characteristics of non-concentrated nitric acid produced according to STO 77381580-48-2007
Table 10: Technical characteristics of special nitric acid (OST 113-03-265-90)
Table 11: Technical characteristics of concentrated nitric acid (GOST 701-89)
Table 12: Technical characteristics of reactive nitric acid (GOST 4461-77 with amendments Nos. 1, 2)
Table 13: Technical characteristics of analytical grade reactive nitric acid (TU 2612-015-81277120-2012)
Table 14: Technical characteristics of nitric acid, OS.Ch (GOST 11125-84 with amendment No. 1)
Table 15: Technical characteristics of nitric acid, OS.Ch 33-4 (TU 113-03-366-74 with amendments Nos. 1-4)
Table 16: Technical characteristics of bleached nitric acid
Table 17: Technical characteristics of acid melange (GOST 1500-78)
Table 18: Application of nitric acid by type and grade
Table 19: Nitric acid producers in Russia and their capacities
Table 20: Concentrated nitric acid producers in Russia and their capacities
Table 21: Nitric acid production in the EAEU countries 2014-2025, thousand tons
Table 22: Affiliation with holding companies of the main enterprises producing mineral fertilizers in Russia in 2026
Table 23: Production of non-concentrated nitric acid in Russia in 2014-2025, thousand tons
Table 24: Production of commercial nitric acid by Russian enterprises in 2014-2025, thousand tons
Table 25: Railroad deliveries of nitric acid produced by JSC NAK Azot to third-party customers in 2020-2025, thousand tons
Table 26: Deliveries of nitric acid produced by the Berezniki branch of JSC Uralchem to third-party customers in 2020-2025, thousand tons
Table 27: Railroad deliveries Nitric acid produced by KAO Azot to third-party consumers in 2020-2025, thousand tons
Table 28: Foreign trade in nitric acid in Russia in 2014-2025, thousand tons, $ million, $/t
Table 29: Countries consuming Russian nitric acid in 2014-2025, thousand tons
Table 30: Largest enterprises exporting Russian nitric acid in 2020-2025, thousand tons
Table 31: Countries supplying imported nitric acid to Russia in 2014-2025, thousand tons
Table 32: Foreign trade operations with nitric acid in the EAEU countries (excluding Russia) in 2014-2025, thousand tons, $ thousand $/t
Table 33: Export Prices for Russian Nitric Acid (by Brand and Supplier) in 2014-2025, $/t
Table 34: Import Prices for Nitric Acid (by Brand and Supplier) Supplied to Russia in 2014-2025, $/t
Table 35: Nitric Acid Production-Consumption Balance in Russia in 2014-2025, thousand tons, %
Table 36: Commercial Nitric Acid Consumption Volumes in Russia in 2014-2025, thousand tons, %
Table 37: Nitric Acid Use by Manufacturer in Russia in 2014-2025, thousand tons
Table 38: Commercial Nitric Acid Consumption by Industry in 2019, tons 2025, thousand tons, %
Table 39: Railroad deliveries of commercial nitric acid to major Russian consumers in 2020-2025, thousand tons
Table 40: Ammonium nitrate production capacity in Russia in 2025/26, thousand tons
Table 41: Ammonium nitrate production in Russia in 1997-2024 and HNO3 consumption, thousand tons
Table 42: Railroad deliveries of nitric acid to the Federal State Unitary Enterprise "Ya.M. Sverdlova in 2014-2025, thousand tons
Table 43: Railroad deliveries of nitric acid to the Biysk Oleum Plant in 2014-2025, thousand tons
Table 44: Technical characteristics of concentrated regenerated nitric acid (TU 20.15.10.111-130-07511608-2016)
Table 45: Investment projects in Russia to expand ammonium nitrate production capacity through 2030/35
Table 46: Forecast of nitric acid consumption in the Russian Federation (by industry) through 2030/35, thousand tons
Figure 1: Global Nitric Acid Production Dynamics in 2017-2025, million tons
Figure 2: Regional Structure of Global Nitric Acid Production in 2024-2025, %
Figure 3: Nitrogen Fertilizer Production Flowchart
Figure 4: Global Nitric Acid Trade Dynamics in 2017-2025, million tons
Figure 5: Average Annual Global Nitric Acid Prices in 2017-2025, $/t
Figure 6: Flowchart for the Production of Dilute Nitric Acid under a Single Pressure (0.65-0.70 MPa)
Figure 7: Flowchart for the Production of Dilute Nitric Acid with Two Pressure Stages (NH3 Oxidation at 0.35 MPa, NO2 Absorption at 0.8 MPa)
Figure 8: Simplified Flowchart for the Production of Main Types Nitrogen Fertilizers and Average Feedstock Consumption Rates
Figure 9: Dynamics of Non-Concentrated Nitric Acid Production in Russia in 2000-2025, Million Tons
Figure 10: Structure of Non-Concentrated Nitric Acid Production in Russia by Enterprise in 2025, %
Figure 11: Production of Main Product Types at JSC NAK Azot in 1997-2025, Million Tons
Figure 12: Brand Structure of Commercial Nitric Acid Production at JSC NAK Azot and Novomoskovsky Khlor LLC, %
Figure 13: Nitric Acid Production by Type at JSC NAK Azot and Rail Deliveries to Customers in 2014-2025, Thousand Tons
Figure 14: Production of Main Product Types at the KChKhK Branch of JSC UCC Uralchem in Kirovo-Chepetsk in 1997-2025, million tons
Figure 15: Production of the main products of the Azot division of Uralchem in Berezniki in 1997-2025, million tons
Figure 16: Production of commercial nitric acid by type by the Azot division of Uralchem in Berezniki and rail deliveries to customers in 2014-2025, thousand tons
Figure 17: Production of the main products of Dorogobuzh and Acron in 1997-2025, million tons
Figure 18: Production of the main products of Azot in 2000-2025, million tons
Figure 19: Nitric acid production by type at KAO Azot and its rail deliveries to customers in 2014-2025, thousand tons
Figure 20: KazAzot JSC production flow chart
Figure 21: Nitric acid exports and imports in Russia in 2014-2025, thousand tons
Figure 22: Russian nitric acid export dynamics by country in 2014-2025, %
Figure 23: Russian nitric acid export and import price dynamics in 2014-2025, $, tons
Figure 24: Key indicators of the Russian commercial nitric acid market in 2014-2025, thousand tons
Figure 25: Nitric acid consumption by industry
Figure 26: Commercial nitric acid consumption by industry in Russia in 2015-2025, %
Figure 27: Sectoral structure of commercial nitric acid consumption in Russia in 2025, %
Figure 28. Dynamics of ammonium nitrate production in Russia in 1997-2025, million tons
Figure 29: Dynamics of nitrobenzene production and nitric acid supplies to the Ya. M. Sverdlov Plant in 2014-2025, thousand tons
Figure 30: Dynamics of nitric acid production and supplies to the Biysk Oleum Plant in 2014-2025, thousand tons
Figure 31: Dynamics of nitrobenzene production and nitric acid supplies to Promsintez JSC in 2014-2025, thousand tons
Figure 32: Dynamics of nitric acid rail deliveries to nuclear power plants in 2014-2025, thousand tons
Figure 33: Nitrobenzene production dynamics in Russia in 2013-2025, thousand tons
Figure 34: Forecast of nitric acid consumption dynamics in Russia up to 2030/35, million tons
