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Formic Acid and Formates in Russia, the EAEU and the world: Production, Market and Forecast (2 edition)
Número de páginas: 111
Número de tablas: 39
El número de cifras: 33
Informe Idioma: Russian
Liberado: 25.03.2026
Forma de presentación:
PDF Copy
Manifestación: Descargar
Precio: 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 second edition of a study of the formic acid and formate markets in Russia, the EAEU, and globally.
The objective of the study is to analyze the formic acid and formate markets.
The objects of the study are formic acid and formates (layers and esters of formic acid).
This work is a desk study. The following sources of information were used: data from statistical committees of the EAEU countries (including Rosstat, the National Statistical Committee of the Republic of Belarus, the Bureau of National Statistics of the Agency for Strategic Planning and Reforms of the Republic of Kazakhstan); international UN databases (UNdata), Trademap, World Bank, Eurostat; international and European trade data (UN Comtrade, Trade Map); the Federal Customs Service of the Russian Federation (up to 2022); railway transportation statistics; the SBIS database; annual and quarterly reports of securities issuers; industry and regional press, conference materials, and websites of manufacturers and consumers of the products under study. Scientific and technical literature (elibrary, etc.), the Federal Institute of Industrial Property (FIPS) patent database; the InfoMine database, etc.
Research timeframe: 2015-2025; forecast: 2026-2030/2035.
Research geography: Russian Federation – comprehensive, detailed market analysis; global; EAEU countries – brief retrospective analysis.
A distinctive feature of this review is the examination of the Russian formic acid market, as well as each type of formate under consideration, with a detailed consumption structure and characteristics of the main consuming industries. A description of the global market and the markets of EAEU countries is also provided.
The report consists of 7 parts and contains 111 pages, including 33 figures, 39 tables, and an appendix.
The first chapter presents a brief overview of the global market for the chemicals under study (with an assessment of global production capacity, volumes and structure of production and consumption, foreign trade operations, and global prices).
The second chapter of the review presents information on existing production technologies for formic acid and formates (formic acid salts and esters), including some of the most commonly used (sodium, calcium, and potassium formates), their characteristics, and the raw materials required for production. Data on the main raw material suppliers and supply routes is also presented.
The third chapter is devoted to the production of formic acid and formates in Russia from 2015 to 2025. It presents the requirements of existing regulatory and technical documentation for product quality, examines the current state of production, and identifies prospects for creating new production capacities for these chemicals.
The fourth chapter presents data on foreign trade transactions between Russia and the EAEU countries with the chemicals under review (by type) from 2015 to 2025. The largest foreign supplier companies, as well as Russian recipient companies, are described.
Chapter 5 analyzes data on formic acid and formate prices in the Russian domestic market, as well as data on changes in export and import prices from 2015 to 2025.
Chapter 6 examines the consumption of formic acid and formates (by type) in Russia from 2015 to 2025. It presents production-demand balances for these products, the industry structure of consumption, and describes the current status of the main consuming industries and the largest consumer companies.
Chapter 7 of the review presents a forecast for the development of the Russian formic acid and formate market through 2030/35.
The appendix provides addresses and contact information for the main Russian formic acid and formate producers and consumers.
Target audience of the study:
- formic acid and formate market participants – producers, consumers, and traders;
- potential investors.
The proposed study is intended to serve as a reference guide for marketing departments and management decision makers operating in the formic acid and formate market.
Abstract
Introduction
1. Brief Description of the Global Formic Acid and Formate Market
1.1. Capacity. Key Manufacturers
1.2. Foreign Trade
1.3. Prices
1.4. Market Size and Structure. Development Prospects
2. Formic Acid and Formate Production Technology. Raw Materials Used in Industry
2.1. Production Methods
2.1.1. Formic Acid
2.1.2. Formates
2.2. Raw Materials for Formic Acid and Formate Production in Russia
3. Formic Acid and Formate Production in Russia, 2015-2025
3.1. Quality Requirements
3.2. Production Volume and Structure
3.2.1. Russia
Metafrax JSC (Gubakha, Perm Krai)
Prospects for Creating New Capacities
3.2.2. Other EAEU Countries
4. Foreign Trade in Formic Acid and Formates in 2015-2025
4.1. Russia
4.1.1. Import
4.1.2. Export
4.2. Other EAEU Countries
5. Overview of Russian Prices for Formic Acid and Formates in 2015-2025
5.1. Domestic Prices
5.2. Export and Import Prices
6. Consumption of Formic Acid and Formates in Russia
6.1. Supply-Demand Balance in 2015-2025
6.2. Assessment of Consumption Structure by Type
6.2.1. Formic Acid
6.2.2. Formates
6.3. Current Status and Development Prospects of the Main Industries Consuming Formic Acid and Formates in Russia
6.3.1. Anti-Icing Agent Production
Ural Anti-Icing Materials Plant LLC (Perm)
6.3.2. Construction
6.3.3. Tanning Industry
6.3.4. Agricultural Sector
7. Forecast for the Development of the Formic Acid and Formate Market in Russia through 2030/35
Appendix: Contact Information for the Largest Russian Manufacturers and Consumers of Formic Acid and Formates
Table 1: Global Formic Acid Production Capacities and Methods
Table 2: Formic Acid Salt Production Capacities of the Largest Global Companies
Table 3: Largest Countries Exporting and Importing Formic Acid and Formates in 2015-2025, Thousand Tons
Table 4: Global Formic Acid Prices in 2015-2025, $/t
Table 5: Russian Methanol Producer Capacities as of Early 2026
Table 6: Caustic Soda Production Capacities and Current Technology at Russian Enterprises (as of Early 2026)
Table 7: Quality Indicators of Technical Formic Acid (according to GOST 1706-78)
Table 8: Quality Indicators of Technical Formic Acid Sodium formate (according to TU 2432-011-00203803-2014)
Table 9: Quality indicators of technical potassium formate (according to TU 20.14.32-013-40841608-2020)
Table 10: Quality indicators of technical sodium formate (according to TU 6-09-11-1149-78)
Table 11: Production of products at Metafrax Chemicals JSC in 2010-2025, thousand tons
Table 12: Quality indicators of an aqueous solution of sodium formate (according to TU TU 2432-040-00203803-2015)
Table 13: Main industries consuming sodium formate produced by Metafrax JSC Chemicals and typical consumers in 2024-2025, thousand tons, %
Table 14: Russia's foreign trade volumes of formic acid and formates in 2015-2025, thousand tons
Table 15: Main countries supplying formic acid and formates to Russia in 2015-2025, tons
Table 16: Largest companies supplying formic acid and formates to Russia in 2015-2025, tons
Table 17: Main Russian companies importing formic acid in 2015-2025, tons
Table 18: Main Russian companies importing formates in 2015-2025, tons
Table 19: Formate Imports (by Type) in Russia in 2015-2025, Tons, $000, $/t
Table 20: Main Recipient Countries of Formic Acid from Russia in 2015-2025, Tons
Table 21: Imports of Formic Acid and Formates by Other EAEU Countries in 2015-2024, Tons
Table 22: Prices for Sodium Formate Technical (92-95%) in Russia in 2023-2026, RUB000/t (DDP Moscow)
Table 23: Regional Prices for Sodium Formate Technical (92-95%) in Russia in 2025/26, RUB000/t (DDP Moscow)
Table 24: Average Annual Prices of Russian Formic Acid Imports Acid and Formate Prices by Major Supplier Countries in 2015-2025, $/t
Table 25: Average Import Prices for Formic Acid Salts by Consumption Region in 2020-2024, $/t
Table 26: Average Annual Prices of Russian Sodium Formate Exports by Major Recipient Countries in 2015-2025, $/t
Table 27: Key Indicators of the Russian Formic Acid and Formate Market in 2015-2025, Thousand Tons, %
Table 28: Key Indicators of the Russian Formic Acid Salts Market (by Type) in 2015-2025, Thousand Tons, %
Table 29: Formic Acid Consumption in Russia by Industry in 2014 and 2024/25, thousand tons, %
Table 30: Consumption of imported formic acid salts in Russia (by type) by industry in 2014 and 2024/25, thousand tons, %
Table 31: Consumption of formic acid and formates by application in 2024, thousand tons, %
Table 32: Production index in individual Russian industries in 2015-2025, % of the previous year
Table 33: Sodium formate suppliers to UZPM LLC in 2012-2025, tons
Table 34: Selected financial indicators of UZPM LLC in 2017-2024, million rubles
Table 35: Largest Russian Ready-Made Concrete and Dry Mix Construction Manufacturers Using Formates as Antifreeze Admixtures in 2024/25
Table 36: Largest Russian Tanneries Using Formic Acid and Formates
Table 37: Forecast of Formic Acid Consumption in Russia up to 2030/35, thousand tons
Table 38: Forecast of Formate Consumption in Russia up to 2030/35, thousand tons
Table 39: Development Indicators of the Construction and Housing and Utilities Sectors, Corresponding to the Baseline Scenario for the Implementation of the Russian Federation Construction Industry Development Strategy
Figure 1: Dynamics of global foreign trade in formic acid and formates in 2015-2024, thousand tons
Figure 2: Average annual prices in China, the Netherlands, and the United States for formic acid ($/t) and oil ($/barrel) in 2015-2025
Figure 3: Average annual prices for formates by major supplier and consumer countries in 2015-2025, $/t
Figure 4: Sectoral structure of global consumption of formic acid and formates, %
Figure 5: Regional structure of global consumption of formic acid and formates, %
Figure 6: Main methods for producing formic acid and formates
Figure 7: Organization of organic synthesis product production at JSC Nevinnomyssky Azot
Figure 8: Methanol production dynamics in Russia in 2015-2025, million t
Figure 9: Caustic soda production dynamics in Russia in 2015-2025, million t
Figure 10: Sodium formate production dynamics in Russia in 2010-2025, thousand t
Figure 11: Dynamics of investments of JSC Metafrax in 2013-2023, million rubles
Figure 12: Dynamics of formic acid and formate imports in Russia in 2015-2025, thousand tons
Figure 13: Imports of formic acid and formates in Russia in 2015-2025, thousand tons
Figure 14: Imports of formic acid salts (by type) in Russia in 2015-2025, thousand tons
Figure 15: Dynamics of average annual prices of Russian formic acid imports in 2015-2025, $/t
Figure 16: Dynamics of average annual prices of Russian formic acid salts (formates) imports in 2015-2025, $/t
Figure 17: Dynamics of average annual prices of Russian formate imports (by type) in 2015-2025, $/t
Figure 18: Consumption dynamics of formic acid and formates in Russia in 2015-2025, thousand tons
Figure 19: Consumption dynamics of formic acid salts (by type) in Russia in 2015-2025, thousand tons
Figure 20: Seasonality of imported sodium formate supplies in 2022-2024, tons
Figure 21: Sectoral structure of formic acid consumption in Russia in 2024/25, %
Figure 22: Regional structure of formic acid consumption in Russia in 2024/25, %
Figure 23: Sectoral structure of sodium formate consumption in Russia in 2024/25, %
Figure 24: Length of Russian highways that meet regulatory requirements for transport and operational performance, 2014-2024, thousand km
Figure 25: Dynamics of production of ready-mix concrete (million m3) and construction mixtures (million tons) in the Russian Federation in 2017-2025
Figure 26: Dynamics of Russian imports of formates for the production of construction mixtures and concrete in 2020-2025, tons
Figure 27: Dynamics of production of leather from cattle, pigs, goats, and sheep in Russia in 2017-2025, million dm2
Figure 28: Dynamics of Russian imports of formic acid and formates for the leather industry in 2020-2025, tons
Figure 29: Dynamics of compound feed production in Russia in 2017-2025, million tons
Figure 30: Dynamics of Russian imports of formic acid and formates in agriculture in 2020-2025, tons
Figure 31: Forecast of production and consumption of formic acid in Russia for the period up to 2030/35, thousand tons
Figure 32: Housing commissioning dynamics in Russia in 2015-2025, million m2, % of the previous year
Figure 33: Forecast of formate production and consumption in Russia for the period up to 2030/35, thousand tons
