Checkout the following positions:
Order research
If you need to research on a new topic, please fill out this form, and send the request attach this form.
News
04 October 2024
Company news
On October 3, the company's CEO Igor Petrov presented "Lithium production projects in different countries - will the growing global demand be met?" at the II Industry Conference...
19 July 2024
Company news
The company's general director, Igor Petrov, provided an expert commentary on the prospects for the production of rare and rare earth metals in Russia for the Metallplace website.
09 July 2024
Company news
The general director of the company, Igor Petrov, provided an expert commentary on the situation on the Russian antimony market for the publication "Vestnik Atomproma"....
16 May 2024
Company news
On March 16, Olga Voloshina made a presentation “Trends and forecasts for the development of the Russian carbon dioxide market” at the conference “Industrial Gases and Gas...
15 May 2024
Company news
On March 15, the head of the chemical and petrochemical product markets department, Olga Voloshina, took part in the XII Industry Conference “Fuel Additives, Reagents and Catalysts...
We accept
|
|
|
 |
 |
 |
|
Hydrochloric Acid (synthetic and exhaust gas) in Russia and the EAEU countries: Production, Market and Forecast (7 edition)
Number of pages: 100
Number of tables: 50
Number of figures: 33
Language: Russian
Released: 12.04.2024
Delivery method:
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 PowerPoint presentation (for incorporation into investment projects)
Demo: Download
Price: 2 000 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 review is the seventh edition of the market research on hydrochloric acid (synthetic and exhaust gas) in Russia and the countries of the EAEU (CIS).
Market monitoring has been carried out since 2000.
The purpose of the study is to analyze the Russian hydrochloric acid market.
The object of study is hydrochloric acid, both synthetic and gas-free.
The work presented is a desk research. Data from the 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) were used as sources of information; UN international databases (UNdata), World Bank, Eurostat; international and European trade data (UN Comtrade, Trade Map); Federal Customs Service of the Russian Federation (until 2022); railway transport statistics; VLSI databases; annual and quarterly reports of securities issuers; industry and regional press, conference materials, Internet sites of manufacturing enterprises and consumers of the products under study; scientific and technical literature (elibrary, etc.), FIPS patent database; InfoMine database, etc.
A distinctive feature of this study is the division of hydrochloric acid by production method (synthetic and waste) and a detailed study of each type of this chemical, in addition, the in-plant consumption of hydrochloric acid was studied in detail.
Chronological scope of the study: 1997-2023; forecast – 2024-2030
Geography of the study: Russian Federation – comprehensive detailed market analysis, other EAEU countries – brief retrospective analysis.
The review consists of 6 chapters, contains 100 pages, including 50 tables, 33 figures and an appendix.
The first chapter of the report provides information about the raw materials necessary for the production of hydrochloric acid and its characteristics. This chapter also discusses in detail the technology for the production of hydrochloric acid. In addition, data is provided on the main suppliers of raw materials, directions and volumes of supplies.
The second chapter of the report is devoted to the production of hydrochloric acid (divided into synthetic and waste acid) in the EAEU countries. This section of the report provides statistical and estimated data on the volume of hydrochloric acid production in the CIS in 1997-2023. In addition, the quality indicators of the resulting products are given. It also provides characteristics of the largest acid producers.
The third chapter of the report provides data on foreign trade transactions with hydrochloric acid in Russia and the EAEU countries (supply volumes, main suppliers and consumers of hydrochloric acid) in 1997-2023.
The fourth chapter provides information on the price level on the domestic Russian market, and also analyzes data on changes in export-import prices for products in Russia.
The fifth chapter of the report examines the consumption of hydrochloric acid in Russia. This section shows the balance of production and consumption of these products, the sectoral structure of consumption in Russia, the main consumers are listed, and the current state and prospects for the development of the largest consumption sectors are described.
The sixth chapter of the report provides a forecast for the development of the Russian hydrochloric acid market for the period until 2030.
The appendix provides the addresses and contact information of enterprises producing hydrochloric acid in the EAEU countries.
Target audience of the study:
- hydrochloric acid market participants – producers, consumers, traders;
- potential investors.
The proposed study purports to be a reference guide for marketing services and specialists working in the hydrochloric acid market.
Annotation
Introduction
I. Hydrochloric acid production technology and raw materials used in industry
I.1. Methods for producing hydrochloric acid
I.2. Main suppliers of raw materials and directions of supply
II. Production of hydrochloric acid in the countries of Russia and the countries of the EAEU
II.1. Product quality
II.2. Hydrochloric acid production capacity
II.3. Hydrochloric acid production volumes in Russia and the CIS
II.3.1. Production in Russia in 1997-2023.
II.3.2. Production in other CIS countries
II.4. Current status of the largest producers of hydrochloric acid
II.4.1. JSC "Caustic" (Volgograd)
II.4.2. GC "Halopolymer"
II.4.3. Novomoskovsky Chlor LLC (Novomoskovsk, Tula region)
II.4.4. PJSC "Khimprom" (Novocheboksarsk, Republic of Chuvashia)
II.4.5. JSC "Bashkir Soda Company" (Sterlitamak, Republic of Bashkortostan)
III. Export-import of hydrochloric acid
III.1. Export-import to the Russian Federation in 1997-2023.
III.1.1. Export
III.1.2. Import
III.2. Export-import in Ukraine in 1999-2021.
III.3. Export-import in other EAEU countries in 2006-2023.
IV. Review of prices for hydrochloric acid
IV.1. Domestic prices for hydrochloric acid in Russia in 2008-2024.
IV.2. Dynamics of Russian export-import prices in 1997-2023.
V. Consumption of hydrochloric acid
V.1. Balance of hydrochloric acid consumption in Russia in 1998-2023.
V.2. Structure of hydrochloric acid consumption in Russia
V.3. Main industries and enterprises consuming hydrochloric acid in Russia
V.3.1. Chemical and petrochemical industry
V.3.2. Oil and gas industry
V.3.3. Metallurgy and metalworking
V.3.4. Other industries
V.4. Main consumer enterprises of commercial hydrochloric acid
VI. Forecast of production and consumption of hydrochloric acid in Russia until 2030.
Application. Contact information of hydrochloric acid manufacturing companies in the CIS countries
Table 1. Solubility of HCl in water at 0.1 MPa
Table 2. Density and viscosity of hydrochloric acid at 20°C
Table 3. Properties of the azeotropic mixture HCl-H2O
Table 4. Capacities and current technology for chlorine production at CIS enterprises (at the end of 2023)
Table 5. Production of electrolytic alkali, chlorine and hydrogen in Russia and the CIS in 2021-2023, thousand tons
Table 6. Brands and areas of application of hydrochloric acid
Table 7. Brands of hydrochloric acid produced in the CIS
Table 8. Technical characteristics of synthetic technical hydrochloric acid (according to GOST 857-95)
Table 9. Technical characteristics of hydrochloric acid from waste gases of organochlorine production (according to TU 2122-020-13164401-95)
Table 10. Technical characteristics of hydrochloric acid from exhaust gases of organochlorine production (according to STO 00203275-229-2009 with changes 1, 2)
Table 11. Technical characteristics of inhibited hydrochloric acid from waste gases of organochlorine production (according to TU 20.59.59-066-5350222-2019)
Table 12. Technical characteristics of synthetic reactive hydrochloric acid (according to GOST 3118-77, amendment 1)
Table 13. Technical characteristics of inhibited hydrochloric acid of the NAPOR-HCl brand (according to TU 2458-017-12966038-2002)
Table 14. Hydrochloric acid production capacity in the CIS in 2023, thousand tons per year
Table 15. Production of hydrochloric acid in the CIS (by country) in 1998-2023, thousand tons
Table 16. Production of hydrochloric acid (by production methods) by enterprises of the Russian Federation in 2011-2023, thousand tons
Table 17. Production of hydrochloric acid (by production methods) by federal districts of the Russian Federation in 2016-2023, thousand tons
Table 18. Largest consumers of hydrochloric acid produced by JSC Kaustik (Volgograd) in 2019-2023, thousand tons
Table 19. Results of financial and economic activities of JSC Kaustik (Volgograd) in 2015-2021.
Table 20. Largest consumers of hydrochloric acid produced by Halopolymer Kirovo-Chepetsk LLC in 2019-2023, thousand tons
Table 21. Results of financial and economic activities of Halopolymer Kirovo-Chepetsk LLC in 2015-2021.
Table 22. Largest consumers of hydrochloric acid produced by Halopolymer Perm LLC in 2019-2023, thousand tons
Table 23. Results of financial and economic activities of Halopolymer Perm LLC in 2015-2021.
Table 24. Some financial indicators of the activities of Novomoskovsky Chlor LLC in 2016-2023, million rubles.
Table 25. Largest consumers of hydrochloric acid produced by PJSC Khimprom (Novocheboksarsk) in 2019-2023, thousand tons
Table 26. Some financial indicators of the activities of PJSC Khimprom (Novocheboksarsk) in 2015-2021, million rubles.
Table 27. Largest consumers of hydrochloric acid produced by JSC BSK (Sterlitamak) in 2019-2023, thousand tons
Table 28. Some financial indicators of the activities of JSC BSK in 2015-2021, billion rubles.
Table 29. Foreign trade of HCl in the Russian Federation in 2006-2023, thousand tons, million $
Table 30. Countries consuming Russian hydrochloric acid in 2006-2023, thousand tons
Table 31. Export of hydrochloric acid by Russian enterprises in 2017-2023, tons
Table 32. Countries supplying imported hydrochloric acid to Russia in 2006-2023, thousand tons
Table 33. Import of hydrochloric acid by Russian enterprises in 2017-2023, tons
Table 34. Foreign trade of HCl in Ukraine in 2014-2021, thousand tons, million $
Table 35. Export-import of hydrochloric acid (by country) in Ukraine in 2006-2021, thousand tons
Table 36. Volumes and directions of export-import of hydrochloric acid in other CIS countries in 2006-2023, thousand tons
Table 37. Average monthly wholesale prices for hydrochloric acid in Russia in 2016-2024, rub./t excluding VAT
Table 38. Average annual prices for hydrochloric acid in the Russian Federation and federal districts in 2016-2023, rub./t excluding VAT
Table 39. Prices for hydrochloric acid produced by Khimprom LLC (Kemerovo) in 2022. Price list from 04/07/2022
Table 40. Average annual export prices for Russian hydrochloric acid for consumer countries in 2016-2023, $/t
Table 41. Average annual export prices for hydrochloric acid from Russian producers in 2016-2023, $/t
Table 42. Average annual export prices of Russian hydrochloric acid of various grades in 2016-2023, $/t
Table 43. Average annual prices for hydrochloric acid imported by Russia in 2016-2023, $/t
Table 44. Volumes of hydrochloric acid consumption in Russia in 1998-2023, thousand tons
Table 45. Consumption of hydrochloric acid in Russia by industry in 2010, 2021 and 2023, thousand tons
Table 46. Industrial production indices by industry sector of the Russian Federation in 2014-2023, % compared to the previous year
Table 47. Chemical enterprises-consumers of hydrochloric acid, in 2019-2023, thousand tons
Table 48. Main enterprises of the oil and gas production industry - consumers of hydrochloric acid in 2019-2023, thousand tons
Table 49. Main consumers of hydrochloric acid in the metallurgical and mechanical engineering industry of the Russian Federation in 2019-2023, thousand tons
Table 50. Main consumer enterprises of commercial hydrochloric acid in 2022-2023, thousand tons
Figure 1. Scheme of temperature distribution (curve 1) and HCl concentration (curve 2) along the height of the adiabatic absorber
Figure 2. Scheme of typical adiabatic absorption of hydrochloric acid from exhaust gases
Figure 3. Scheme of typical combined absorption of hydrochloric acid from waste gases
Figure 4. Dynamics of hydrochloric acid production in the CIS in 1998-2023, thousand tons
Figure 5. Shares of CIS countries in the total production of hydrochloric acid in 2023, %
Figure 6. Dynamics of hydrochloric acid production in Russia in 1997-2023, thousand tons
Figure 7. Share of enterprises in the production of hydrochloric acid in Russia in 2006-2023, %
Figure 8. Structure of hydrochloric acid production by federal districts of the Russian Federation in 2023, %
Figure 9. Dynamics of hydrochloric acid production in Ukraine in 1998-2021, thousand tons
Figure 10. Share of enterprises in the production of hydrochloric acid in Ukraine in 2005-2021, %
Figure 11. Dynamics of hydrochloric acid production at JSC Kaustik (Volgograd) in 1997-2023, thousand tons
Figure 12. Production of hydrochloric acid and calcium chloride at LLC Halopolymer Kirovo-Chepetsk in 1997-2023, thousand tons
Figure 13. Dynamics of hydrochloric acid production at Halopolymer Perm LLC in 1997-2023, thousand tons
Figure 14. Dynamics of hydrochloric acid production at Novomoskovsky Chlor LLC in 1997-2023, thousand tons
Figure 15. Dynamics of hydrochloric acid production at Khimprom PJSC (Novocheboksarsk) in 1997-2023, thousand tons
Figure 16. Dynamics of hydrochloric acid production at JSC BSK (Sterlitamak) in 1997-2023, thousand tons
Figure 17. Dynamics of export-import of hydrochloric acid in Russia in 1997-2023, thousand tons
Figure 18. Dynamics of exports of Russian hydrochloric acid in 2006-2023, thousand tons
Figure 19. Regional structure of Russian hydrochloric acid exports in 2006-2023, thousand tons
Figure 20. Shares of countries receiving Russian hydrochloric acid in total exports in 2023, %
Figure 21. Dynamics of Russian imports of hydrochloric acid in 2006-2023, thousand tons
Figure 22. Regional structure of Russian imports of hydrochloric acid in 2006-2023, thousand tons
Figure 23. Dynamics of export-import of hydrochloric acid in Ukraine in 1999-2021, thousand tons
Figure 24. Regional structure of exports of Ukrainian hydrochloric acid in 2006-2021, thousand tons
Figure 25. Dynamics of average annual wholesale prices for hydrochloric acid in Russia in 2008-2024, rub./t excluding VAT
Figure 26. Dynamics of average monthly wholesale prices for hydrochloric acid in Russia in 2016-2024, rub./t excluding VAT
Figure 27. Dynamics of Russian export-import prices for hydrochloric acid in 1997-2023, $/t
Figure 28. Dynamics of the main indicators of the Russian hydrochloric acid market in 1997-2023, thousand tons
Figure 29. Structure of hydrochloric acid consumption in Russia in 2023, %
Figure 30. Change in the structure of hydrochloric acid consumption in Russia in 2008-2023, %
Figure 31. Dynamics of oil production (million tons) and gas (billion m3) in Russia in 2000-2023.
Figure 32. Structure of oil production in Russia by largest producing companies in 2022, %
Figure 33. Forecast of production and consumption of hydrochloric acid in Russia for the period until 2030, thousand tons
