ご指定のテーマの報告
新しいテーマで調査を発注したい場合、本アンケートをダウンロードして、ご記入の上申し込みメールに添付して送信して下さい。
私たちのニュース
26 March 2025
Company news
On March 25, the company's director Igor Petrov took part in the III industry conference "Rare and Rare Earth Metals 2025", organized by CREON Energy and made a report "Trends in...
13 March 2025
Company news
The company's CEO I.M. Petrov gave a commentary on the issue of rare and rare earth metals for the newspapers Kommersant and Vedomosti.
Tungsten production attracts new investors...
28 December 2024
COMPANY WORK RESULTS IN 2024
In 2024, the Infomine Research Group completed over 80 studies.
In general, the industrial marketing research market is characterized by sharp changes in customer activity during the...
13 December 2024
Company news
On December 12, Olga Voloshina, Head of the Chemical and Petrochemical Products Markets Department, took part in the XIX International Conference "Sulfur and Sulfuric Acid 2024",...
06 December 2024
Company news
On December 5, the company's CEO Igor Petrov gave a presentation on "Russia's export potential in the field of non-ferrous and rare metals and issues of limiting supplies to the...
支払方法
|
|
|
 |
 |
 |
|
Carbon Dioxide in Russia: Production, Market and Forecast (3 edition)
ページ数: 108
テーブルの数: 36
桁数: 33
レポートの言語: Russian
リリース: 22.04.2024
提出方法:
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)
デモ: ダウンロード
原価報告書: 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 third edition of a study of the carbon dioxide market in the Russian Federation.
The purpose of the study is to analyze the Russian carbon dioxide market.
The object of study is carbon dioxide (gaseous, liquid, solid - “dry” ice).
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); Unified information system in the field of procurement; railway transport statistics; VLSI databases; foreign specialized companies; 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.
Chronological scope of the study: 2015-2023; forecast – 2024-2035
Geography of the study: Russian Federation – comprehensive detailed market analysis.
Distinctive features of this study are:
- availability of a brief description of the global carbon dioxide market;
- data on the volume of emissions and capture of carbon dioxide by industrial enterprises around the world in general and in Russia in particular;
- volumes of in-plant use of captured carbon dioxide by enterprises generating the main volumes of flue gas emissions into the atmosphere;
- volumes of production and sales of commercial carbon dioxide (gaseous, liquid and “dry” ice);
- analysis of market development prospects in the light of the course towards global decarbonization of the economy (world and Russian).
The review consists of 7 chapters, contains 108 pages, including 36 tables, 33 figures and an appendix.
The first chapter presents a brief description of the current state of the global carbon dioxide market and the main aspects of the process of global transformation of the world economy - the “Energy Transition”, associated primarily with decarbonization and low-carbon development.
The second chapter contains characteristics of the main industries that produce carbon dioxide in the form of smoke emissions into the atmosphere during the production of basic products. Descriptions are also given of the main methods for capturing carbon dioxide for use in the production of various products.
The third chapter of the review is devoted to the analysis of carbon dioxide production in Russia in 2015-2023. This chapter provides the requirements of existing regulatory and technical documentation for the quality of carbon dioxide of various brands, volumes of carbon dioxide emissions/capture, as well as statistics and structure of commercial carbon dioxide production, and describes the main manufacturing enterprises.
The fourth chapter analyzes foreign trade operations with carbon dioxide in the Russian Federation in 2015-2023. Data on the volumes of exports and imports of the products under study are provided, the regional structure of supplies is assessed, and data on the volumes of supplies by exporters and importers of these products are provided.
The fifth chapter provides information on the level of prices for carbon dioxide on the domestic Russian market, and also analyzes data on changes in export-import prices for products in 2015-2023.
In the sixth chapter of the review, the balance of production and consumption of carbon dioxide in Russia is given (including volumes of capture and in-plant consumption), the sectoral structure of consumption of the products under study is assessed, and the characteristics of the main consuming industries are given (current state and development prospects).
The seventh chapter of the review is devoted to the forecast for the development of carbon dioxide production and consumption in Russia for the period up to 2035. The strategy for carbon dioxide capture and decarbonization of industry in the Russian Federation is characterized.
The appendix provides the addresses and contact information of enterprises producing carbon dioxide in the Russian Federation.
Target audience of the study:
- carbon dioxide market participants – producers, consumers, traders;
- potential investors.
The proposed study is intended to serve as a reference guide for marketing services and specialists working in the carbon dioxide market.
Annotation
Introduction
I. Brief characteristics of the global carbon dioxide market
I.1. Current state of the world market
I.2. Decarbonization course. Development prospects
II. Carbon dioxide production technology and raw materials used in industry
II.1. Raw materials used
II.2. Main methods of carbon dioxide capture
III. Carbon dioxide production in Russia
III.1. Product quality
III.2. Volumes of CO2 emissions/capture by Russian enterprises in 2015-2023.
III.3. Production of commercial carbon dioxide in the Russian Federation in 2015-2023.
III.4. Current status of the largest producers of commercial carbon dioxide
III.4.1. Branch "PMU" of UCC "Uralchem" in Perm
III.4.2. PJSC Kuibyshevazot, LLC Khimteko, Tolyatti, Samara region.
III.4.3. LLC UCC "Shchekinoazot" (Tula region)
III.4.4. LLC "ToAZ-Dioxide", Tolyatti, Samara region.
III.4.5. Enterprises of Acron Group of Companies
III.4.6. LLC "TD "Medgazservice" (Cherepovets, Vologda region)
III.4.7. Enterprises of MCC "EuroChem"
III.4.8. Others
III.4.9. Projects for creating new production facilities
IV. Export-import of carbon dioxide in Russia in 2015-2023.
IV.1. Volumes and dynamics of export-import
IV.2. Structure of foreign trade operations
IV.2.1. Export
IV.2.2. Import
V. Review of carbon dioxide prices
V.1. Domestic carbon dioxide prices in 2015-2024.
V.2. Dynamics of export-import prices for carbon dioxide in the Russian Federation in 2015-2024.
VI. Carbon dioxide consumption in Russia
VI.1. Production-consumption balance in 2015-2023.
VI.2. Structure of carbon dioxide consumption
VI.3. The main enterprises consuming carbon dioxide in Russia
VI.3.1. In-plant carbon dioxide consumption by Russian enterprises in 2023
VI.3.2. Volume and structure of commercial carbon dioxide consumption
VI.4. Current state and development prospects of the main carbon dioxide consuming industries in Russia
VI.4.1. Chemical and petrochemical industry
Urea production
Production of other products
VI.4.2. Food industry
VI.4.3. Metallurgy and metalworking
VI.4.4. Other
VII. Forecast for the development of the Russian carbon dioxide market for the period up to 2035.
VII.1. Production and consumption
VII.2. Carbon dioxide capture and industrial decarbonization
Appendix: Contact information of the largest carbon dioxide producing enterprises in the Russian Federation
Table 1. Some physicochemical properties of carbon dioxide
Table 2. Main sources of greenhouse gas emissions by country in 2023
Table 3. Markets for use and potential demand for CO2
Table 4. Specific carbon dioxide emissions from various types of fuel, kg CO2/kWh
Table 5. Effect of the presence of various components of flue gases on the process of absorption of carbon dioxide by MEA solution
Table 6. Physico-chemical indicators of carbon dioxide (gaseous and liquid) according to GOST 8050-85
Table 7. Physico-chemical indicators of carbon dioxide (gaseous and liquid) according to GOST 8050-85
Table 8. Ammonia production and CO2 production during its production by Russian enterprises in 2016-2023, thousand tons
Table 9. Carbon dioxide production by Russian enterprises in 2015-2023, thousand tons
Table 10. Some financial indicators of the activities of Khimteko LLC in 2015-2021, million rubles.
Table 11. Balance of carbon dioxide production and consumption of PJSC Togliattiazot
Table 12. Some financial indicators of the activities of ToAZ-Dioxide LLC and Tomet LLC in 2015-2022, million rubles.
Table 13. Income of ToAZ-Dioxide LLC from the sale of carbon dioxide (by type) in 2021-2022, thousand rubles.
Table 14. Cost of carbon dioxide production at ToAZ-Dioxide LLC in 2021-2022, thousand rubles.
Table 15. Some financial indicators of the activities of LLC TD Medgazservice in 2016-2023, million rubles.
Table 16. Major projects to increase carbon dioxide production capacity in Russia
Table 17. Main indicators of Russian foreign trade transactions with carbon dioxide in physical (t) and value (thousand $, $/t) terms in 2015-2023.
Table 18. Largest countries receiving Russian carbon dioxide in 2015-2023, t, %
Table 19. Russian exports of carbon dioxide by region and supplier enterprises in 2018-2021, tons
Table 20. Geographical structure of Russian carbon dioxide exports in 2018-2021, tons
Table 21. The largest Russian exporters of carbon dioxide in 2022-2023, thousand tons
Table 22. Largest countries supplying carbon dioxide to Russia in 2015-2023, t, %
Table 23. Russian imports of carbon dioxide by supplier enterprises in 2018-2023, tons
Table 24. The largest Russian companies receiving imported carbon dioxide in 2018-2023, tons
Table 25. Average monthly prices of Russian producers for carbon dioxide in 2016-2024, rub./t (excluding VAT)
Table 26. Average annual prices of Russian producers for carbon dioxide by federal districts in 2016-2024, rub./t (excluding VAT)
Table 27. Prices of Russian export-import of carbon dioxide by country in 2015-2023, $/t
Table 28. Prices of Russian exports and imports by supplier companies in 2018-2023, $/t
Table 29. Volumes of carbon dioxide consumption by industry in Russia in 2022-2023, million tons
Table 30. In-plant consumption of carbon dioxide by Russian chemical industry enterprises in 2023, thousand tons, %
Table 31. Industrial production indices by industry sector of the Russian Federation in 2016-2023, % compared to the previous year
Table 32. Urea production in Russia in 2016-2023, thousand tons (in physical weight)
Table 33. Methanol production in Russia by enterprise in 2016-2023, thousand tons
Table 34. Production of beer, water and soft drinks in Russia in 2016-2023.
Table 35. Projects to increase urea production capacity in Russia
Table 36. Integrated assessment of the theoretical potential for reducing greenhouse gas emissions and increasing their removal by IPCC sectors
Figure 1. Greenhouse gas emissions in the world in 1970-2023, billion tons of CO2
Figure 2. Structure of global anthropogenic CO2 emissions by country, %
Figure 3. Sectoral structure of global anthropogenic CO2 emissions, %
Figure 4. Chemical products obtained from CO2 processing
Figure 5. Installation for producing carbon dioxide using chemical absorption/desorption methods
Figure 6. Scheme for obtaining liquid carbon dioxide
Figure 7. Dynamics of greenhouse gas emissions in the Russian Federation in 2015-2023, million tons
Figure 8. Structure of greenhouse gas emissions by sectors of the Russian economy in 2020-2023, %
Figure 9. Structure of greenhouse gas emissions by various industrial sectors in the Russian Federation in 2020-2023, %
Figure 10. Dynamics of carbon dioxide production (including commercial) in Russia in 2015-2023, thousand tons
Figure 11. Industry structure of commercial carbon dioxide production in Russia in 2022-2023, %
Figure 12. Regional structure of commercial carbon dioxide production in Russia in 2022-2023, %
Figure 13. Shares of the largest manufacturing enterprises in the total production of commercial carbon dioxide in 2023, %
Figure 14. Dynamics of carbon dioxide production by OCC Shchekinoazot LLC in 2015-2023, thousand tons
Figure 15. Dynamics of carbon dioxide production by ToAz-Dioxide LLC in 2015-2023, thousand tons
Figure 16. Dynamics of carbon dioxide production by Acron Group enterprises in 2015-2023, thousand tons
Figure 17. Dynamics of carbon dioxide production of LLC TD Medgazservice in 2015-2023, thousand tons
Figure 18. Dynamics of carbon dioxide production by EuroChem MCC enterprises in 2015-2023, thousand tons
Figure 19. Dynamics of export-import operations with carbon dioxide in the Russian Federation in 2015-2023, thousand tons
Figure 20. Dynamics of Russian carbon dioxide exports in 2015-2023, thousand tons, million $
Figure 21. Shares of the largest countries receiving Russian carbon dioxide in the total exports of the Russian Federation in 2023, %
Figure 22. Geographical structure of Russian carbon dioxide exports in 2015-2023, tons
Figure 21. Dynamics of Russian carbon dioxide imports in 2015-2023, thousand tons, million $
Figure 24. Shares of the largest countries supplying imported carbon dioxide to the Russian Federation in 2023, %
Figure 25. Geographical structure of Russian carbon dioxide imports in 2015-2023, t
Figure 26. Dynamics of average annual producer prices for carbon dioxide in Russia in 2015-2024, rub./t (excluding VAT)
Figure 27. Dynamics of average Russian producer prices for carbon dioxide in 2015-2024, rub./t (excluding VAT)
Figure 28. Comparative dynamics of Russian average annual export-import and domestic prices for carbon dioxide in 2015-2023, $/t
Figure 29. Dynamics of carbon dioxide consumption for urea production in Russia in 2015-2023, million tons
Figure 30. Industry structure of carbon dioxide consumption in Russia in 2022-2023, %
Figure 31. Industry structure of commercial carbon dioxide consumption in Russia in 2020-2023, %
Figure 32. Dynamics of urea production in Russia in 2015-2023, million tons
Figure 33. Forecast of carbon dioxide production and consumption in Russia for the period up to 2035, million tons
