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Hydrogen and equipment for its production in Russia: Production, Market and Forecast (3rd edition)

ページ数: 138 テーブルの数: 45 桁数: 20
レポートの言語: Russian
リリース: 12.04.2018
提出方法:

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原価報告書: 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 report is the third edition of a study of the Russian hydrogen market and equipment for its production in 2004-2017.

 

The purpose of the study is to analyze the Russian hydrogen market and equipment for its production.

The object of research is hydrogen.

 

This work is a desk study. Information sources of Rosstat, customs statistics of the Russian Federation, railway transportations of the Russian Federation, UNDate international trade operations, InfoMine database, as well as materials of the branch and regional press, annual and quarterly reports of securities issuers, Internet sites of producers and hydrogen consumers.

 

Chronological scope of the study: 2004-2017; forecast - 2018-2030.

Geography of the study: The Russian Federation - a comprehensive detailed analysis of the market.

 

The report consists of 7 parts, contains 138 pages, including 20 figures, 45 tables and 4 applications.

The first chapter of the report is devoted to the technology of hydrogen production. It deals with methods of hydrogen production, equipment for its production, developers and equipment suppliers (Russian and foreign).

The second chapter reflects the production of hydrogen in Russia in 2004-2017. In this section, the qualitative indicators of the products are given. The characteristics of those few enterprises that produce commercial hydrogen for the purpose of supplying it to the domestic market are given, as well as specialized gas companies engaged in the sale of hydrogen.

The third chapter considers the structure of hydrogen prices: the cost of production, transportation, storage. The prices of hydrogen suppliers in 2017-2018 are given.

The fourth chapter is devoted to the consumption of hydrogen in Russia. It examines the volume and structure of hydrogen consumption in 2004-2017. This chapter presents summary tables on hydrogen consumption by industry and enterprises, and describes hydrogen projects currently being implemented in Russian companies.

Foreign trade in hydrogen is practically not carried out, because there is no network of hydrogen pipelines. There are only small gas deliveries in bottles that do not have a noticeable effect on the domestic market. Therefore, there is no section devoted to the export-import of hydrogen in this work.

The fifth and sixth chapters are devoted to the transportation and storage of hydrogen.

In the seventh chapter the forecast of production and consumption of hydrogen in Russia up to 2030 is given.

The appendices contain data on hydrotreatment and hydrocracking plants at the Russian refineries, as well as contact information of the main Russian enterprises that produce and supply commercial hydrogen to the domestic market.

 

The target audience of the study:

- participants in the hydrogen market - producers, consumers, traders;

- potential investors.

 

The proposed study claims to be a reference tool for marketing services and specialists who make management decisions that work in the hydrogen market.

Annotation

 

Introduction

 

I. Technology of hydrogen production

I.1. Methods of producing hydrogen

I.2. Equipment for hydrogen production and compression

I.2.1. Suppliers of equipment for the production of electrolytic hydrogen

Supplier 1

Supplier 2

Other producers

I.2.2. Developers of equipment for the production of hydrogen by the conversion of natural gas

Developer 1

Developer 2

I.2.3. Suppliers of equipment for extracting hydrogen from process streams

Supplier 1

Other companies

I.2.4. Foreign manufacturers and suppliers of equipment

Manufacturer 1

Manufacturer 2

Other companies

I.2.5. Suppliers of equipment for hydrogen compression

Supplier 1

Supplier 2

Other companies

I.3. Normative base for hydrogen compression

 

II. Hydrogen production in Russia in 2004-2017

II.1. Requirements to the quality of hydrogen of different brands

II.1.1. Hydrogen technical gaseous

II.1.2. The hydrogen gas is pure

II.1.3. Hydrogen is especially pure; technical hydrogen of high purity

II.2. Dynamics of hydrogen production in Russia in 2004-2017

II.3. The structure of hydrogen production

II.4. The main producers of commercial hydrogen in the Russian market

II.5. The main suppliers of hydrogen to the Russian market

 

III. The structure of hydrogen prices

III.1. production cost

III.2. Prices of hydrogen suppliers in 2011-2018

III.3. Cost of transportation

 

IV. Consumption of hydrogen in Russia in 2004-2017

IV.1. Volumes and patterns of hydrogen consumption in 2004-2017

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 metallurgy

IV.2.4. Consumers of hydrogen in the electronic and electrical industries

IV.2.5. Consumers of hydrogen in electric power industry

IV.2.6. Consumers of hydrogen in the glass industry

IV.2.7. Consumers of hydrogen in food industry

IV.2.8. Other consumers of hydrogen

 

V. Transportation of hydrogen within Russia

V.1. Methods of transporting hydrogen

V.2. Geography and traffic volumes

 

VI. Storage of hydrogen

 

VII. Forecast of production and consumption of hydrogen up to 2030

 

Appendix 1. Address book of the largest Russian hydrogen producers

Appendix 2. Address book of the largest Russian enterprises supplying hydrogen

Appendix 3. Reforming plants at oil refineries in Russia

Appendix 4. Installations of hydrocracking at oil refineries in Russia

Table 1: Selected properties of normal hydrogen and para-hydrogen related to its safety

Table 2: Hydrogen content in the main industrial sources of waste hydrogen-containing gases,%

Table 3: Comparative characteristics of electrolyzers for hydrogen production

Table 4: Technical characteristics of industrial electrolyzers of the SEU of JSC "Uralkhimmash"

Table 5: Technical characteristics of industrial electrolyzers BEU and FV of Uralkhimmash JSC

Table 6: The main technical characteristics of the electrolysis plant FS-10.25 produced by "IFTI"

Table 7: Recipient enterprises, installations of FS-525 and FS-525M manufactured by LLC "IFTI"

Table 8: Brief specifications of the hydrogen generator "ELDIS-130"

Table 9: Technical characteristics of the natural gas conversion unit UVR-250 (NPP "Mashprom")

Table 10: Technical characteristics of membrane hydrogen plants LLC "Grasis"

Table 11: Technical characteristics of adsorption hydrogen plants ООО "Грасис"

Table 12: The largest foreign suppliers of industrial electrolyzers to the Russian market in 2007-2017, pieces

Table 13: Specifications of an atmospheric electrolyzer manufactured by Norsk Hydro Electrolysers

Table 14: Specifications of piston compressors type 6GSH

Table 15: Specifications of the piston compressor 2ГМ4-9,6 / 161

Table 16: Specifications of piston compressors from CompAir

Table 17: Norm for hydrogen of technical gaseous (according to GOST 3022-80)

Table 18: Norm for hydrogen of pure gaseous (according to GOST R 51673-2000)

Table 19: High-purity hydrogen quality indicators (HF) according to TU 2118-06-18136415-05

Table 20: Indicators of hydrogen quality of technical high purity (TCR) according to TU 2118-05-18136415-05

Table 21: Indicators of economic growth in the Russian Federation in comparison with the previous year in 2004-2017,%

Table 22: Hydrogen production by industry in 2012-2017, kt

Table 23: The largest Russian producers of commodity hydrogen

Table 24: Some performance indicators of JSC "SKTBE" in 2009-2016

Table 25: Consumers of hydrogen produced by PJSC "Novosibirsk Chemical Concentrates Plant" in 2002-2017, kg

Table 26: The largest Russian suppliers of hydrogen in cylinders

Table 27: Physicochemical parameters of hydrogen produced by NPK Nauka LLC

Table 28: Advantages and disadvantages of the basic methods of hydrogen production

Table 29: Cost of 1 ton of commercial hydrogen for large-scale production by various methods, $

Table 30: Hydrogen prices of the largest suppliers

Table 31: Specific cost of pipeline transportation of gaseous hydrogen at a pressure of 7 MPa

Table 32: Cost of services of trade companies for the delivery of hydrogen in cylinders by road, rubles. (in view of VAT)

Table 33: Cost of Hydrogen Storage Cylinders

Table 34: Production of ammonia and hydrogen in Russia in 2011-2017, kt

Table 35: Production of methanol and hydrogen in Russia in 2011-2017, kt

Table 36: Production of butyl alcohols and hydrogen in Russia in 2011-2017, kt

Table 37: Production of electrolytic caustic soda and hydrogen in Russia in 2011-2017, kt

Table 38: Hydrogen balance in shallow oil processing, thousand tons per year 100% hydrogen

Table 39: Change in oil refining capacity in 2005-2015 in Russia, million tons

Table 40: Russian refineries, which have additional plants for the production of hydrogen

Table 41: Conditions for carrying out heat treatment of cold-rolled steel at metallurgical enterprises of the Russian Federation

Table 42: Volumes of production of cold-rolled steel and consumption of hydrogen in Russia in 2004-2017, kt

Table 43: Major Russian research organizations involved in work on hydrogen energy and fuel cells

Table 44: Technical characteristics of a railway and automobile tanker for the transport of liquid hydrogen

Table 45: Volumes of hydrogen transport in cylinders by rail in 2002-2017, pcs.

Figure 1: Structure of industrial gas production in Russia, (2016)%

Figure 2: Electrolyzers for hydrogen production, produced by Uralkhimmash JSC

Figure 3: Installation of UVR-250, developed by JSC NPP "Mashprom"

Figure 4: Piston compressor type 6GSH

Figure 5: Reciprocating compressor type 2GM

Figure 6: Dynamics of hydrogen production in Russia in 2004 -2017, million tons

Figure 7: Change in the structure of hydrogen production in Russia in 2004-2017,%

Figure 8: Dynamics of hydrogen production in JSC "Redkinsky Pilot Plant" in 2009-2017, thousand m3

Figure 9: Dynamics of hydrogen production in JSC "Design Bureau of Chemical Automatics" in 2011-2017, thousand m3

Figure 10: Block diagram of the production of liquid hydrogen JSC "Niikhimmash"

Figure 11: The balance of production and consumption of hydrogen in Russia

Figure 12: Structure of hydrogen consumption in 2010 and 2017,%

Figure 13: Dynamics of hydrogen consumption by Russian chemical enterprises in 2004-2017, kt

Figure 14: Hydrogen consumption in oil refining

Figure 15: Consumption of hydrogen in metallurgy

Figure 16: Production of metallized raw materials (million tons) and hydrogen consumption in Russia (thousand tons) in 2004-2017

Figure 17: The main Russian producers of flat glass

Figure 18: Production of float glass in the Russian Federation in 2004-2017 (in physical terms, million m2) and hydrogen consumption, t

Figure 19: The autorecipient for the transport of hydrogen in a compressed state

Figure 20: Forecast of hydrogen production in Russia for the period up to 2030, million tons

 

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