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Hydrogen in Russia: Production, Market and Forecast (2nd edition)
Number of pages: 169
Number of tables: 57
Number of figures: 15
Language: Russian
Released: 29.06.2011
Delivery method:
.pdf (version for reading and printing)
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)
Price: 3 000 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 study focuses on hydrogen market analysis in Russia. The report consists of 7 Sections, contains 168 pages, including 15 Figures, 57 Tables, and Appendices.
Methodologically, the work was done in 2 stages - desk research and field activities. In the first phase multiple sources of information were analyzed, particularly data of the state bodies of Russia - the Federal State Statistics Service (FSSS RF), statistics of railage. Besides, data of companies, the database of InfoMine, materials of media and the Internet were used.
In the second stage the aggregated data were verified and refined through telephone surveys and personal interviews with specialists of the companies, described in this report.
From 2010 the FSSS RF collects data on the production of hydrogen. However, these data do not reflect the real production of the product, as most of companies do not report the data. Total production of hydrogen can be estimated only by indirect indicators related to production of such compounds as ammonia, methanol, petrochemicals, data on oil refining, hydrogen consumption in metallurgy, glass manufacture and other industries.
The structure of this report is as follows:
The introduction discusses the physical and chemical properties of hydrogen.
Chapter I is devoted to technologies for hydrogen production. It discusses ways to produce hydrogen, and equipment for its production, developers and vendors of the equipment (Russian and foreign).
Chapter II describes hydrogen production in Russia. This section contains qualitative data of the products output. The characteristic of the few companies that produce hydrogen for supply to domestic market, i. e. marketable hydrogen, is given, and also specialized gas companies, involved in the sale of hydrogen, are described.
In Chapter III the price structure for hydrogen - the cost of production, transport and storage - is discussed. The prices of suppliers of hydrogen are given here.
Chapter IV is devoted to consumption of hydrogen in Russia. It examines the scope and structure of the consumption of hydrogen. This chapter presents the summary tables in terms of hydrogen consumption in the last seven years (2004-2010) by industry and enterprise, as well as description of the hydrogen projects currently being implemented in Russian companies.
Foreign trade in hydrogen is practically absent owing to practical lack of hydrogen pipeline network. There are only small supplies of gaseous hydrogen in cylinders that have no appreciable effect on the domestic market. Therefore, the section on export-import of hydrogen in this report is missing.
Chapters V and VI are devoted to issues of transportation and storage of hydrogen.
Chapter VII presents forecast of production and consumption of hydrogen in Russia up to 2015.
Introduction
I. Technology for hydrogen production
I.1. Methods of production of hydrogen
I.2. Equipment for the production of hydrogen
I.2.1. Equipment for the production of hydrogen at the place of consumption
I.2.2. Suppliers of equipment for hydrogen production
I.2.2.1. Suppliers of equipment for the production of electrolytic hydrogen
JSC Uralkhimmash (Yekaterinburg)
LLC Institute of Physics and Technology Studies
Other manufacturers of the electrolytic equipment
I.2.2.2. Developers of equipment for hydrogen production using method of natural gas conversion
LLC FAST Engineering (Moscow)
CJSC SPE Mashprom (Yekaterinburg)
I.2.3. Suppliers of equipment for extracting hydrogen from process streams
CJSC Grasis (Moscow)
I.2.4. Foreign producers of the equipment
I.2.5. Equipment for compressing hydrogen
I.2.6. The regulatory framework for compression of hydrogen
II. Hydrogen production in Russia
II.1. Quality requirements for different grades of hydrogen
II.1.1. Technical gaseous hydrogen
II.1.2. Pure gaseous hydrogen
II.1.3. Especially pure gaseous hydrogen, technical hydrogen of increased purity
II.2. The dynamics of hydrogen production in Russia in 2004-2010
II.3. The main producers of hydrogen at the Russian market
II.4. Major suppliers of hydrogen to the Russian market
III. Pattern of prices for hydrogen
III.1. Manufacturing cost
III.2. Prices of suppliers of hydrogen
III.3. Transportation cost
III.4. Cost of storage
IV. Hydrogen consumption in Russia
IV.1. The volumes and pattern of consumption of hydrogen in 2004-2010
IV.2. The main consumers of hydrogen in the Russian market
IV.2.1. Consumers of hydrogen in the chemical industry
IV.2.2. Consumers of hydrogen in oil refining
IV.2.3. Consumers of hydrogen in metallugry
IV.2.4. Consumers of hydrogen in the production of polycrystalline silicon
IV.2.5. Consumers of hydrogen in the electronic and electrical industries
IV.2.6. Consumers of hydrogen in the glass industry
IV.2.7. Consumers of hydrogen in the food industry
IV.2.8. Consumers of hydrogen in the power generation
IV.2.9. Other consumers of hydrogen
V. Transporting hydrogen within Russia
V.1. Ways of transporting hydrogen
V.2. Geography and traffic
VI. Hydrogen Storage
VII. Forecast of production and consumption of hydrogen up to 2015
Appendix 1: Contact information on enterprise-producers of hydrogen
Appendix 2: Contact information on company-providers of hydrogen
Table 1: Selected properties of normal hydrogen and parahydrogen related to its security
Table 2: Comparison of electrolytic cells (electrolyzers) for hydrogen production
Table 3: Technical characteristics of domestic industrial electrolyzers SEU
Table 4: Complete set of delivery of electrolytic cells of type SEU (amount per electrolyzer)
Table 5: Complete set of delivery of electrolytic cells of type SEU ECU (amount per electrolyzer)
Table 6: Specifications of domestic industrial electrolyzers BEU and FV
Table 7: Complete set of delivery of electrolytic cells of type FS
Table 8: Companies which installed electrolytic cells of types FS-525 and FS-525M of LLC IFTI production
Table 9: Technical characteristics of the hydrogen generator ELDIS-130
Table 10: Specifications of the natural gas conversion installation WRM-250 (NPP Mashprom)
Table 11: Specifications of the membrane hydrogen plants of LLC Grasis
Table 12: Specifications of the adsorption hydrogen plants of LLC Grasis
Table 13: Specifications of the atmospheric electrolyser of company Norsk Hydro Electrolysers
Table 14: Specifications of piston compressors of type 6GSh
Table 15: Specifications of piston compressor 2GM4- 9, 6 / 161
Table 16: Specifications of piston compressors of CompAir firm
Table 17: Standard for technical gaseous hydrogen (according to GOST 3022-80)
Table 18: Standard for pure gaseous hydrogen (according to GOST R 51673-2000)
Table 19: Quality data of especially pure hydrogen (OSCh) according to TU 2118-06-18136415-05
Table 20: Quality data of increased purity technical hydrogen (TPCh) according to TU 2118-05-18136415-05
Table 21: Economic growth in the Russian Federation in comparison with the previous year in 2003-2010, %
Table 22: Hydrogen production by sector in 2004-2010, th. tonnes
Table 23: Producers of commercial hydrogen
Table 24: Consumers of hydrogen of production of JSC Novosibirsk Chemical Concentrates Plant in 2002-2010, kg
Table 25: Providers of hydrogen in cylinders
Table 26: Cost of services of LLC PGS-Service
Table 27: Cost of Hydrogen, sold by LLC Monitoring
Table 28: Cost of services of Uralkriogaz LLC
Table 29: Cost of services of Industrial Gases LLC
Table 30: Cost of services of NII KM
Table 31: Cost of production of hydrogen by various methods, rubles / kg
Table 32: Cost of producing hydrogen by conversion of natural gas at the installation of low productivity by the method of FAST Engineering
Table 33: Costing of technical gaseous hydrogen produced by electrolysis of water as of 01.05.2006
Table 34: Price of gaseous purified hydrogen as of 01.05.2006
Table 35: Price of liquid hydrogen
Table 36: Selling prices of suppliers of hydrogen in cylinders
Table 37: Unit cost of pipeline transportation of hydrogen gas at a pressure of 7 MPa
Table 38: Cost of services of trading companies for the delivery of hydrogen, June 2011
Table 39: Cost of cylinders for hydrogen storage
Table 40: Production of ammonia and hydrogen in Russia in 2004-2010, th. tonnes
Table 41: Production of methanol and hydrogen in Russia in 2004-2010, th. tonnes
Table 42: Production of butyl alcohol and hydrogen in Russia in 2004-2010, th. tonnes
Table 43: Production of caprolactam and hydrogen in Russia in 2004-2010, th. tonnes
Table 44: Production of electrolytic caustic soda (th. tonnes) and hydrogen (t) in Russia in 2004-2010
Table 45: Production of synthetic hydrochloric acid (th. tonnes) and hydrogen consumption (t) in Russia in 2004-2010
Table 46: Production of aniline and hydrogen consumption in Russia in 2004-2010, th. tonnes
Table 47: Balance of hydrogen in rough oil refining, th. tonnes of 100% hydrogen per year
Table 48: Catalytic reforming of raw materials and yield of hydrogen at refineries in Russia in 2004-2009, th. tonnes
Table 49: Russian oil refineries, having additional facilities for the production of hydrogen
Table 50: Estimated consumption of hydrogen in process plants of Komsomolsk refinery
Table 51: Production of metallized raw materials and hydrogen consumption in Russia in 2004-2010, th. tonnes
Table 52: Production of cold-rolled steel and hydrogen consumption in Russia in 2004-2010, th. tonnes
Table 53: Conditions for heat treatment of cold-rolled steel
Table 54: Production of float glass in Russia in 2004-2010 (in kind, mln m2) and hydrogen consumption, t
Table 55: Production of hydrogenated fat and hydrogen in Russia in 2002, 2005-2009
Table 56: Specifications of the railway and automobile tanks for liquid hydrogen
Table 57: Volumes of transportation of hydrogen in cylinders by railway transport in 2002-2010, pieces.
Figure 1: Electrolytic cells for hydrogen production, manufactured by JSC Uralkhimmash
Figure 2: Installation UVR-250, developed by CJSC NPP Mashprom
Figure 3: Reciprocating piston compressor of type 6GSH
Figure 4: Reciprocating piston compressor tof ype 2GM
Figure 5: Dynamics of hydrogen production in Russia in 2004 -2010, th. tonnes
Figure 6: Changes in the structure of the hydrogen production in 2004-2010, %
Figure 7: Block diagram of the production of liquid hydrogen of FSUE NIIKHIMMASH
Figure 8: Price of gaseous hydrogen as a function of its production volumes
Figure 9: Price of liquid hydrogen as a function of its production volumes
Figure 10: Dynamics of railway tariffs for the transportation of hydrogen in cylinders of JSC NZKhK, in 2002-2010, rubles / t
Figure 11: Dynamics of railway tariffs for the transportation of hydrogen in cylinders of JSC LindeGazRus and CJSC Lentehgaz in 2002-2004, rubles / t
Figure 12: Balance of production and consumption of hydrogen in Russia
Figure 13: Structure of consumption of hydrogen in 2010, %
Figure 14: Receiver for transport of hydrogen in compressed state
Figure 15: Forecast of production of hydrogen in Russia up to 2015, mln t
