Forschung zu Ihrem Thema
Wenn Sie eine Forschung zu einem neuen Thema benötigen, laden Sie bitte dieses Formular herunter, füllen sie es aus und richten Sie eine Anfrage mit dem ausgefüllten Formular anbei.
Unsere Nachrichten
27 November 2023
Company news
On November 21, General Director of INFOMINE Igor Petrov presented a report “The market for raw materials for non-ferrous metallurgy - are Russian enterprises provided with it” at the...
20 November 2023
Company news
On the occasion of the 30th anniversary of our company, we received congratulations from the Ministry of Natural Resources of the Russian Federation.
13 November 2023
Company news
According to tradition, the next anniversary of the company was marked by a collective trip.
This time our path lay to Caucasian Mineralnye Vody.
We visited the sights of Kislovodsk and...
27 October 2023
Company news
General Director of the company Igor Petrov gave an interview to the Prometal information portal, where he summed up the results of Infomine’s activities over 30 years and spoke about the...
27 October 2023
Company's news. We are 30 years old!
On November 1, 2023, our company turns 30 years old.
During this period of years, we conducted 1,596 studies and 1,643 operational monitoring of markets for certain types of products....
Zahlungsarten
|
|
|
 |
 |
 |
|
Sulphuric Acid and Oleum in Russia, the CIS and the world: Production, Market and Forecast (12 edition)
Seitenzahl: 122
Anzahl der Tische: 46
Anzahl der Zeichnungen: 27
Report Sprache: Russian
Freigegeben: 26.06.2023
Form der Präsentation:
PDF Copy
Pdf, Word (version for copying and editing)
Pdf, Word, Excel - the version with the source data
Pdf, Word, Excel, 2 hard copies (for credit organizations)
Pdf, Word, Excel, 2 hard copies and PowerPoint presentation (for incorporation into investment projects)
Manifestation: Herunterladen
Preis: 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 report is the twelfth edition of the study of the sulfuric acid and oleum market in the CIS countries.
Market monitoring has been conducted since 2002.
The purpose of the study is to analyze the Russian and CIS markets for sulfuric acid.
The object of study is sulfuric acid and oleum.
A distinctive feature of this study is the inclusion in the objects of study, in addition to sulfuric acid (monohydrate, spent sulfuric acid), also oleum (production and supply volumes by manufacturers). The sources of the used raw materials are characterized in sufficient detail, as well as the directions and volumes of its supplies.
In addition, the review contains detailed information on the sulfuric acid market of all CIS countries (including Ukraine), whose contribution to the total output of the products in question in the post-Soviet space is very tangible. A brief description of the world market is also given.
This work is a desk study. As sources of information, the databases of the UN (UNdata), the Statistical Committees of the CIS countries (including Rosstat, the State Statistics Service of Ukraine, the Agency on Statistics of the Republic of Kazakhstan), customs statistics of the Russian Federation and Ukraine, official statistics of railway transportation of the Russian Federation were used; materials of industry and regional press, annual and quarterly reports of issuers of securities, websites of enterprises-producers and consumers of sulfuric acid, as well as the Infomine database.
Timeline of the study: 1994-2022; forecast - 2023-2030
Research geography: Russian Federation - comprehensive detailed market analysis; Ukraine, the Republic of Kazakhstan, Belarus and other CIS countries - a general retrospective analysis of the market, the world market - a brief analysis.
The report consists of 8 parts, contains 122 pages, including 46 tables, 27 figures and 3 appendices.
The first chapter of the report provides a brief analysis of the global sulfuric acid market.
The second chapter provides information on the methods of obtaining sulfuric acid and the raw materials used in industry, considers the directions and volumes of supplies of raw materials to sulfuric acid producers.
The third chapter is devoted to the analysis of H2SO4 production for the period 1994-2022. in the CIS. The section provides data on production volumes, traces the dynamics of the output of these products by enterprises in Russia and Kazakhstan, and considers the current state of the main producers of sulfuric acid in the Russian Federation. Data on the available raw material base, production volumes, plans for the development of enterprises, as well as data on the volumes and directions of product supplies in recent years are given.
The fourth chapter deals with foreign trade operations with sulfuric acid in the Russian Federation and other CIS countries with an analysis of the volumes and directions of export-import deliveries.
The fifth chapter is devoted to the consideration of the dynamics of prices for sulfuric acid in the domestic Russian and foreign markets of the Russian Federation and other CIS countries.
The sixth chapter of the report deals with the consumption of sulfuric acid. In this section, the balance of production in the Russian Federation and other CIS countries and the structure of consumption of these products in Russia are compiled, the main areas of application and the main consumers of sulfuric acid are considered, and methods for utilizing excess sulfuric acid are described.
In the seventh chapter, some aspects of the transportation of sulfuric acid to the Russian Federation are considered.
The eighth chapter provides a forecast for the production and prices of sulfuric acid in the Russian Federation for the period up to 2030.
The appendices contain the addresses and contact information of the main enterprises-producers and consumers of sulfuric acid, as well as the in-plant consumption of sulfuric acid by manufacturers.
Target audience of the study:
- participants in the sulfuric acid market - producers, consumers, traders;
- potential investors.
The proposed study purports to be a reference tool for marketing and decision makers working in the sulfuric acid market.
ANNOTATION
INTRODUCTION
I. Brief description of the world market for sulfuric acid
II. Sulfuric acid production technology and raw materials used in industry
II.1. Methods for the production of sulfuric acid
A. Sulfur combustion
B. Roasting of metal sulfides
С. Recovery of gypsum or anhydrite
II.2. The main suppliers of raw materials for the production of sulfuric acid
II.3. Directions and volume of supplies of raw materials
III. Sulfuric acid production in Russia and CIS countries (1994-2022)
III.1. Product quality
III.2. Sulfuric acid production in the CIS
III.3. Sulfuric acid producers in Russia
III.3.1. PJSC PhosAgro
JSC "Apatit" (Cherepovets, Vologda region)
Balakovo branch of JSC "Apatit" (Balakovo, Saratov region)
Volkhov branch of JSC "Apatit" (Volkhov, Leningrad region)
III.3.2. JSC MHK EuroChem
OOO IG Phosphorit (Kingisepp, Leningrad Region)
Eurochem-BMU LLC (Belorechensk, Krasnodar Territory)
III.3.3. JSC "Middle Urals copper smelter" (Revda, Sverdlovsk region)
III.4. Enterprises - producers of sulfuric acid in Kazakhstan
III.5. Enterprises producing sulfuric acid in other CIS countries
IV. Export-import of sulfuric acid (2015-2022)
IV.1. Russia
IV.1.1. Export
IV.1.2. Import
IV.2. Other CIS countries
V. Sulfuric acid price review (2007-2022)
V.1. Domestic prices for sulfuric acid in Russia
V.2. Dynamics of export-import prices in the Russian Federation
VI. Consumption of sulfuric acid and oleum in Russia and CIS countries (2001-2022)
VI.1. Balance of sulfuric acid consumption in Russia
VI.2. Balance of sulfuric acid consumption in other CIS countries
VI.3. Structure of sulfuric acid consumption in Russia
VI.4. The main industries and enterprises-consumers of commercial sulfuric acid of the Russian Federation
VI.4.1. Chemical and petrochemical industry
VI.4.2. Ferrous metallurgy
VI.4.3. Non-ferrous metallurgy
VI.5. Methods for processing and disposing of excess sulfuric acid
VI.5.1. Technology for the production of phosphorus-containing fertilizers
VI.5.2 Copper sulphate production technology
VI.5.3 Technology for the production of artificial gypsum
VII. Transportation of sulfuric acid in Russia
VIII. Forecast of the development of the sulfuric acid market in the Russian Federation for the period up to 2030
VIII.1. Forecast of production and consumption
VIII.2. Price Forecast
Annex 1. Intra-factory consumption of sulfuric acid by manufacturing enterprises of the Russian Federation in 2022
Annex 2. Contact information of the largest enterprises producing sulfuric acid in the Russian Federation
Annex 3. Contact information of the largest enterprises-consumers of sulfuric acid in the Russian Federation
Table 1. Leading world producers of phosphate fertilizers by production capacity, mln t/year
Table 2. Directions of Russian exports of sulfuric acid in 2015-2022, thousand tons, thousand $
Table 3. Methods of production and capacities of enterprises for the production of sulfur in the CIS
Table 4. Directions for the supply of raw materials to the largest producers of sulfuric acid in the CIS
Table 5. Volumes of railroad deliveries of sulfur to sulfuric acid producers in the Russian Federation in 2015-2022, thousand tons
Table 6. Requirements for the quality of sulfuric acid (according to GOST 2184-77)
Table 7. Requirements for the quality of sulfuric acid grade "K" (according to TU 113-08-617-87)
Table 8. Production of sulfuric acid in the CIS countries in 1995-2022, thousand tons
Table 9. Production of sulfuric acid and oleum in 2011-2022 (thousand tons) and capacities of Russian enterprises (as of the beginning of 2023)
Table 10. Production of various types of sulfuric acid and oleum (by enterprises) in the Russian Federation in 2018-2022, thousand tons, %
Table 11. Structure of Russian production of sulfuric acid (by holdings and enterprises) in 2022, thousand tons, %
Table 12. Deliveries of raw materials to JSC Apatit in 2015-2022, thousand tons
Table 13. Supplies of sulfuric acid to JSC Apatit in 2015-2022, thousand tons
Table 14. Main consumers of sulfuric acid produced by Apatit JSC in 2015-2022, thousand tons
Table 15. Some financial performance indicators of JSC Apatit in 2015-2021, billion rubles
Table 16. Railroad deliveries of sulfur to the BF JSC Apatit in 2015-2022, thousand tons
Table 17. Supplies of sulfuric acid to the BF JSC Apatit in 2015-2022, thousand tons
Table 18. Main consumers of sulfuric acid and oleum produced by BF JSC Apatit in 2015-2022, thousand tons
Table 19. Railroad deliveries of sulfur to LLC IG Phosphorit in 2015-2022, thousand tons
Table 20. Railroad deliveries of sulfuric acid and oleum to OOO PG Phosphorit in 2015-2022, thousand tons
Table 21. Some financial performance indicators of LLC PG Phosphorit in 2015-2021, million rubles
Table 22. Some financial performance indicators of Eurochem-BMU LLC in 2015-2021, million rubles
Table 23. The largest Russian consumers of sulfuric acid and oleum JSC "SUMZ" in 2015-2022, thousand tons
Table 24. Some financial performance indicators of SUMZ JSC in 2015-2021, million rubles
Table 25. Production of sulfuric acid by enterprises of Kazakhstan in 2007-2021, thousand tons
Table 26. Directions of Russian exports of sulfuric acid in 2015-2022, thousand tons, thousand $
Table 27. Export of commercial sulfuric acid by enterprises of the Russian Federation in 2015-2022, thousand tons
Table 28. Directions of Russian imports of sulfuric acid in 2015-2022, thousand tons, thousand $
Table 29. Imports of sulfuric acid by enterprises of the Russian Federation in 2015-2022, thousand tons
Table 30. Foreign trade operations with sulfuric acid of Ukraine, Kazakhstan and Belarus in 2015-2022, thousand tons, thousand $, $/t
Table 31. Average producer prices for sulfuric acid in Russia in 2015-2022, RUB/t (without VAT)
Table 32. Average prices for sulfuric acid by Russian producers by Federal Districts in 2015-2023, RUB/t, excluding VAT
Table 33. Average annual import prices for sulfuric acid in Russia in 2015-2022, $/t
Table 34. Average annual export prices for sulfuric acid from Russian producers in 2015-2022, $/t
Table 35. Production-consumption balance of sulfuric acid in Russia in 2015-2022, thousand tons
Table 36. Production-consumption balance of sulfuric acid in Kazakhstan in 2015-2022, thousand tons
Table 37. Production-consumption balance of sulfuric acid in Belarus in 2015-2022, thousand tons
Table 38. Production-consumption balance of sulfuric acid in Ukraine in 2015-2022, thousand tons
Table 39. Structure of monohydrate consumption in Russia in 2022, %
Table 40. Largest recipients of commercial sulfuric acid and oleum in the Russian Federation (including imports) in 2015-2022, thousand tons
Table 41. Industrial production indices by industry sectors of the Russian Federation in 2015-2022, % of the previous year
Table 42. Production of phosphate fertilizers in the Russian Federation by enterprises in 2015-2022, thousand tons
Table 43. Temperature dependence of sulfuric acid on its concentration during the decomposition of apatite concentrate
Table 44. Models of railway tanks for the transportation of sulfuric acid and oleum
Table 45. Forecast of sulfuric acid consumption in Russia for the period up to 2030, million tons
Table 46. Projects for the construction of new sulfuric acid plants in Russia in the period up to 2027
Figure 1. Structure of the global production of sulfuric acid depending on the raw materials used, %
Figure 2. Industry structure of global consumption of sulfuric acid, %
Figure 3. Scheme for the production of sulfuric acid from sulfur
Figure 4. Scheme for the production of sulfuric acid from pyrite
Figure 5. Scheme of the nitrous method for obtaining sulfuric acid
Figure 6. Dynamics of sulfuric acid production in the CIS in 1994-2022, million tons
Figure 7. The share of sulfuric acid output by the CIS countries from the total production volume in 1994-2022, %
Figure 8. Dynamics of sulfuric acid production in the CIS countries in 1994-2022, million tons
Figure 9. Dynamics of production of sulfuric acid and oleum in the Russian Federation in 1994-2022, thousand tons
Figure 10. Structure of sulfuric acid production in the Russian Federation in 2000, 2010 and 2022, %
Figure 11. Regional structure of sulfuric acid and oleum production in the Russian Federation in 2022, %
Figure 12. Dynamics of production of sulfuric acid and phosphate fertilizers at Apatit JSC in 2000-2022, thousand tons
Figure 13. Production of the main types of marketable products in the BF JSC "Apatit" in 2000-2022, thousand tons
Figure 14. Dynamics of production of sulfuric acid and phosphate mineral fertilizers at LLC PG Phosphorite in 2000-2022, thousand tons
Figure 15. Dynamics of production of sulfuric acid and phosphate fertilizers at Eurochem-BMU LLC in 2004-2022, thousand tons
Figure 16. Dynamics of sulfuric acid production in Kazakhstan in 2000-2022, thousand tons
Figure 17. Shares of the largest producers in the total production of sulfuric acid in Kazakhstan in 2022, %
Figure 18. Dynamics of export-import operations with sulfuric acid in Russia in 1997-2022, thousand tons
Figure 19. The structure of exports of sulfuric acid of the Russian Federation in 2007-2022, thousand tons
Figure 20. Structure of imports of sulfuric acid in the Russian Federation in 2007-2021, thousand tons
Figure 21. Dynamics of average prices for sulfuric acid in the Russian Federation in 2007-2023, rub./t (excluding VAT)
Figure 22. Dynamics of average annual export-import prices for sulfuric acid in the Russian Federation in 2007-2022, $/t
Figure 23. Dynamics of the main indicators of the sulfuric acid market in Russia in 2001-2021, thousand tons
Figure 24. Production of phosphate fertilizers and consumption of sulfuric acid in Russia in 2010-2022, million tons
Figure 25. Structure of consumption of commercial sulfuric acid and oleum in the Russian Federation in 2022, %
Figure 26. Comparative dynamics of producer prices for sulfuric acid and sulfur in the Russian domestic market in 2007-2022, RUB/t
Figure 27. Forecast of Russian prices for sulfuric acid for the period up to 2030, $/t
