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Lithium and Lithium Compounds in the world and Russia: Production, Market and Forecast (3 edition)

ページ数: 201 テーブルの数: 55 桁数: 51
レポートの言語: Russian
リリース: 28.05.2021
提出方法:

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原価報告書: 2 500 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 market for lithium and its compounds in Russia and the world.

The market has been monitored since 2000.

The purpose of the study is to analyze the market of lithium and its compounds - world and Russian, as well as the chains of its redistribution in aircraft construction, the nuclear industry, the production of lithium-ion batteries, plastic lithium greases, etc.

The objects of research are lithium-containing ores and brines, lithium-containing mineral concentrates, various lithium compounds, and metallic lithium.

This work is a desk study. The sources of information were data from Rosstat, the Federal Customs Service of the Russian Federation, statistics of railway transportation of the Russian Federation, materials from the US State Geological Survey (USGS), data from the UNdata database, industry and regional press, annual and quarterly reports of securities issuers, as well as Internet sites manufacturers of lithium and its compounds.

Chronological scope of the study: 2000-2020; forecast - 2021-2030

Geography of research: the world market is briefly considered, the market of the Russian Federation - in detail

The report consists of 9 parts, contains 201 pages, including 55 tables, 51 figures and 5 appendices.

The first chapter of the report is devoted to the mineral resource base of lithium and types of lithium raw materials. Methods for processing lithium raw materials are described.

The second chapter examines the production of lithium products abroad in 2000-2020. The information on the world production of lithium raw materials, prices for lithium products is given. The companies that are the largest producers of lithium compounds and raw materials are described. In addition, the main world projects to increase the production of lithium and the production of its compounds are considered.

The third chapter of the report is devoted to the lithium mineral resource base in the Russian Federation. Brief characteristics of balance deposits of lithium, as well as promising raw material objects are given.

The fourth chapter analyzes foreign trade operations with lithium and its compounds in 2000-2020. The data on the volumes of export and import of the studied products are given, the regional structure of supplies is estimated.

The fifth chapter provides information on the production of lithium and lithium compounds in Russia in 2000-2020. The main manufacturers are considered. GOSTs and TUs for manufactured lithium products are presented.

The sixth chapter of the report is devoted to the consumption of lithium and its compounds in Russia. The enterprises-consumers of lithium products are described. The calculation of the balance of production and consumption of lithium and its compounds in 2001-2020 is given.

The seventh chapter of the report shows the structure of consumption of lithium and its compounds by industry in 2020.

The eighth chapter of the report is devoted to the description of programs for the development of the lithium industry in the Russian Federation and new projects.

The ninth chapter of the report contains a forecast of the consumption of lithium and its compounds in Russia until 2030.

The appendices contain contact information for producers and consumers of lithium and its compounds.

 

Target audience of the study:

- market participants for the production of lithium products - manufacturers, consumers, traders;

- potential investors.

The proposed study claims to be a reference tool for marketing services and decision-makers working in the lithium compounds market.

Annotation

 

Introduction

 

1. Mineral resource base of lithium, methods of processing lithium raw materials

1.1. World reserves of lithium

1.2. Types of lithium raw materials

1.2.1. Deposits of hydrothermal raw materials

1.2.2. Deposits associated with rare metal granite pegmatites

1.2.3. Recycling of raw materials

1.3. Methods for processing lithium raw materials

 

2. World lithium market

2.1. Extraction and processing of lithium raw materials abroad. Production of lithium raw materials by country in 2000-2020

2.2. The largest companies - producers of lithium raw materials

2.2.1. Sociedad Quimica y Minera de Chile S.A. (SQM) (Chile)

2.2.2. FMC Corporation

2.2.3. Albemarle Corporation

2.2.4. Chinese manufacturers

2.3. The quality of lithium concentrates from major global manufacturers. Requirements for metallic lithium and its compounds depending on the area of ​​consumption

2.4. World prices for lithium products in 2000-2020

2.5. Lithium consumption. Structure of world consumption of lithium compounds

2.6. Major world projects

2.6.1. Main raw material projects

2.6.2. Main projects for obtaining lithium products

2.6.3. Projects for the secondary recovery of lithium from spent batteries

2.6.4. Lithium Ion Battery Projects

 

3. Mineral resource base of lithium in the Russian Federation

3.1. Deposits associated with rare metal pegmatites

3.1.1. Zavitinskoe field (Trans-Baikal Territory)

3.1.2. Deposits of the East Sayan pegmatite belt (Irkutsk region)

Goltsovoye deposit

Belorechenskoye field

Urik field

3.1.3. Kolmozerskoye field (Murmansk region)

3.1.4. Polmostundrovskoe field (Murmansk region)

3.1.5. Tastygskoye field (Republic of Tyva)

3.2. Deposits associated with rare metal granites

3.2.1. Orlovskoye field (Trans-Baikal Territory)

3.2.2. Etykinskoye field (Trans-Baikal Territory)

3.2.3. Alakhinskoye lithium-tantalum deposit (Republic of Altai)

3.3. Mica-fluorite ores (Pogranichnoye and Voznesenskoye deposits, Primorsky Territory)

3.4. Deposits of hydrothermal raw materials

3.5. Deposits of lithium raw materials in the CIS countries

 

4. Foreign trade operations of the Russian Federation with lithium and its compounds in 2000-2020.

4.1. Export-import of lithium carbonate

4.1.1. Imports of lithium carbonate in 2000-2020

4.1.2. Export of lithium carbonate in 2000-2020

4.2. Export-import of lithium chloride in 2001-2020

4.2.1. Imports of lithium chloride in 2001-2020

4.2.2. Export of lithium chloride in 2002-2020

4.3. Export-import of technical lithium hydroxide monohydrate in 2000-2020

4.3.1. Import of technical lithium hydroxide monohydrate in 2000-2020

4.3.2. Export of technical lithium hydroxide monohydrate in 2000-2020

4.4. Export-import of the Russian Federation of metallic lithium in 2001-2020

4.4.1. Export of metallic lithium from Russia in 2001-2020

4.4.2. Imports of lithium metal to Russia in 2002-2020

4.5. Export of lithium-7 hydroxide monohydrate in 2001-2020

4.6. Review of export-import prices for lithium products in 2000-2020

 

5. Production of lithium and lithium compounds in Russia in 2004-2020.

5.1. PJSC "Chemical and Metallurgical Plant" (Krasnoyarsk)

5.2. PJSC "Novosibirsk plant of chemical concentrates"

5.3. LLC "TD "Halmek"(Tula region)

5.4. Other manufacturers of lithium products in the Russian Federation

 

6. Consumption of lithium and lithium compounds in the Russian Federation in 2001-2020.

6.1. Lithium consumption in the aluminum industry in 2001-2020

6.2. Lithium consumption in the production of greases

6.3. Lithium consumption in the production of aluminum-lithium alloys

6.4. Production of lithium chemical current sources (CPS) in Russia

JSC "Lithium-element" (Saratov)

JSC "Energy" (Yelets)

JSC "Verkhneufaley plant" Uralelement "(Chelyabinsk region)

JSC "NIAI" Source "(St. Petersburg)

OJSC "Battery company" Rigel "(St. Petersburg)

ZAO Experimental Plant NIIKHIT (Saratov)

JSC "NPK" Alternative Energy "(Moscow region)

JSC IF "Orion-KhIT" (Rostov region, Novocherkassk)

LLC "Liotech-Innovations" (Novosibirsk region)

Other manufacturers

LLC "Lithium-ion technologies at the Physicotechnical Institute named after A.F. Ioffe "(St. Petersburg)

JSC "Ural Electrochemical Plant" (Sverdlovsk region)

6.5. Production of lithium catalysts (butyllithium)

6.6. The use of lithium in the production of chemical fibers

6.7. The use of lithium in the production of special glasses

6.8. Other areas of application of lithium in the Russian Federation

 

7. Structure of lithium consumption in the Russian Federation in 2020

 

8. Programs and projects for the development of the lithium industry in Russia

8.1. History of projects for the development of the lithium industry

8.2. Projects for the extraction of lithium from hydromineral raw materials

8.3. Lithium mining projects at the Zavitinskoye field

8.4. Lithium hydroxide production project at the Angarsk Electrolysis Chemical Plant (Irkutsk Region)

8.5. Projects for the development of a lithium complex at the Novosibirsk Chemical Concentrates Plant

8.6. Rosatom projects for the extraction of lithium raw materials abroad

 

9. Forecast of consumption of lithium and its compounds in Russia until 2030

 

Appendix 1: Contact information of Russian manufacturers

Appendix 2: Contact information for Russian consumers of lithium compounds

Appendix 3: Application of lithium hydroxide to make lithium greases.

Appendix 4: Technologies for obtaining lithium hydroxide monohydrate from lithium carbonate

Appendix 5: Use of lithium hydroxide for the synthesis of drugs

Appendix 6: Major Pegmatite Lithium Deposits in the World (excluding RF)

Appendix 7: Aluminum-lithium alloys. Chemical composition, basic physical properties

List of main sources

Table 1. Characteristics of the main deposits of brine salt lakes

Table 2. Lithium minerals of industrial importance

Table 3. The world's largest lithium deposits in rare metal pegmatites

Table 4. Mineral and chemical composition of grades of spodumene concentrate produced by Albemarle (Australia),%

Table 5. Chemical composition of various grades of lithium mineral concentrates from major world manufacturers,%

Table 6. Chemical composition of lithium carbonate for various areas of consumption,%

Table 7. Chemical composition of lithium salts produced by Chemetall GmbH,%

Table 8. Chemical composition of metallic lithium for various areas of consumption,%

Table 9. Average import-export prices for lithium products in 2000-2020, $ / kg

Table 10. Structure of lithium reserves of the Russian Federation (primary ores) recorded by the State balance sheet

Table 11. Average contents of useful components of brines for promising areas of the halogen-carbonate formation in the south of the Siberian platform, mg / l

Table 12. Imports of lithium carbonate to the Russian Federation by countries in 2001-2020, tons

Table 13. Major Russian importing companies of lithium carbonate in 2005-2020, tons

Table 14. Russian companies-importers of lithium chloride in 2005-2020, tons

Table 15. Import supplies of technical lithium hydroxide monohydrate to RF by countries in 2000-2010. in kind, t

Table 16. Imports of technical lithium hydroxide monohydrate to RF by countries in 2011-2020 in kind, t

Table 17. Major exporting companies of lithium hydroxide monohydrate to Russia in 2020,%

Table 18. Russian recipients of imported lithium hydroxide monohydrate in 2011-2020 in kind, t

Table 19. Main Russian exporters of lithium hydroxide in 2000-2020, tons

Table 20. Russian export supplies of technical lithium hydroxide by major importing companies in 2020, tonnes,%

Table 21. Main Russian exporters of lithium metal in 2001-2010, tons

Table 22. Main Russian exporters of lithium metal in 2011-2020, tons

Table 23. Directions of export supplies of Russian metallic lithium by countries in 2001-2010, t

Table 24. Directions of export supplies of Russian metallic lithium by countries in 2011-2020, t

Table 25. Imports of lithium metal to Russia by exporting and importing companies in 2002-2020, kg

Table 26. Directions of export supplies of lithium-7 hydroxide monohydrate in 2001-2010, kg

Table 27. Directions of export supplies of lithium-7 hydroxide monohydrate in 2011-2016, kg

Table 28. Chemical composition of lithium hydroxide monohydrate produced by PJSC "Krasnoyarsk Chemical and Metallurgical Plant" GOST 8595-83,%

Table 29. Chemical composition of lithium metal produced by PJSC "Chemical and Metallurgical Plant" GOST 8774-75,%

Table 30. Main indicators of production activities of PJSC "KhMZ" in 2013-2020, million rubles.

Table 31. Chemical composition of various grades of lithium metal produced by PJSC "NZHK",%

Table 32. Chemical composition of lithium-7 hydroxide monohydrate (Li7OH · H2O), produced by PJSC "NZHK"

Table 33. Chemical composition of lithium chloride produced by PJSC "NZHK",% (TU 2152-017-07622236-2015)

Table 34. Financial results of the work of PJSC "NZHK" (including lithium production) in 2011-2020, million rubles.

Table 35. Chemical composition of lithium hydroxide monohydrate HALMEK LITHIUM,%

Table 36. Financial results of the work of OOO TD Halmek in 2019-2020, million rubles

Table 37. Brief description of the project for the production of lithium hydroxide monohydrate LLC "Halmek Lithium"

Table 38. Plan for the production of lithium hydroxide LLC Halmek Lithium for 2020-2030, t / year

Table 39. Balance of consumption of lithium and its compounds in Russia in 2001-2020, in terms of metal, t

Table 40. Dynamics of purchases of lithium carbonate by aluminum plants in 2001-2020 (tonnes) and production of primary aluminum in the Russian Federation (thousand tonnes)

Table 41. Composition of plastic lithium-containing greases produced by Russian enterprises for various industries

Table 42. Financial position of OJSC "KUMZ" in 2012-2020, million rubles.

Table 43. Comparative characteristics of sealed batteries

Table 44. Financial indicators of JSC "Lithium-element" in 2012-2020, million rubles.

Table 45. Technical characteristics of lithium-ion storage batteries produced by JSC "Energia" (Yelets)

Table 46. Main financial indicators of JSC "Energy" (Yelets) in 2012-2020, thousand rubles.

Table 47. Financial indicators of the work of JSC "Verkhneufaley plant" Uralelement "in 2012-2019, million rubles.

Table 48. Financial indicators of the work of JSC NIAI Istochnik in 2012-2018, million rubles.

Table 49. Main technical characteristics of lithium-ion batteries produced by JSC "Rigel"

Table 50. Main technical characteristics of lithium-ion batteries produced by JSC "Rigel"

Table 51. Financial indicators of JSC “OZ“ NIIKHIT ”(Saratov) in 2010-2020, million rubles.

Table 52. Financial indicators of JSC "NPK" ALTEN "in 2012-2018, million rubles.

Table 53. Financial indicators of JSC "IF Orion-KhIT" (Rostov region) in 2010-2020, million rubles.

Table 54. Financial indicators of LLC "Liotech-Innovations" in 2015-2020, million rubles.

Table 55. Brief description of the project for the production of battery-grade lithium hydroxide at the AEKhK

Figure 1. Salt mounds on the Atacama Salt Flats

Figure 2. Spodumene crystal (Afghanistan)

Figure 3. Dynamics of world production of lithium raw materials in 2000-2020, thousand tons in terms of lithium metal

Figure 4. Distribution of lithium production by country in 2019 in% of world production

Figure 5. An enterprise for the production of lithium from brine in the Atacama Desert (Chile)

Figure 6. SQM Potassium Chloride Brine Extraction

Figure 7. Obtaining spodumene concentrate on spiral separators at the Greenbushes concentrator (Australia)

Figure 8. Dynamics of Chilean export prices for lithium carbonate (CIF) in 2000-2020, $ / kg

Figure 9. World structure of lithium consumption in 2019,%

Figure 10. Gigafactory for the production of lithium-ion batteries in the Nevada desert

Figure 11. Dynamics of imports of lithium carbonate in the Russian Federation in physical terms in 2001-2020, tons

Figure 12. Dynamics of Russian imports of lithium carbonate in monetary terms in 2001-2020, million $

Figure 13. Dynamics of import of lithium chloride to Russia in 2001-2020 in kind, t

Figure 14. Dynamics of import of lithium chloride to Russia in monetary terms in 2011-2020, million $

Figure 15. Structure of Russian imports of lithium chloride by manufacturing company in 2020,%

Figure 16. Russian export of lithium chloride in 2002-2020, tons

Figure 17. Dynamics of import-export in the Russian Federation of technical lithium hydroxide monohydrate in 2000-2020. in kind, t

Figure 18. Dynamics of imports of lithium hydroxide monohydrate monohydrate to Russia in monetary terms in 2011-2020, million $

Figure 19. Dynamics of exports of lithium hydroxide monohydrate from Russia in monetary terms in 2011-2020, million $

Figure 20. Structure of Russian exports of lithium hydroxide by country in 2020,%

Figure 21. Dynamics of export of lithium metal from the Russian Federation in 2001-2020, t

Figure 22. Dynamics of export of metal lithium from Russia in monetary terms in 2011-2020, million $

Figure 23. Dynamics of export of lithium-7 hydroxide monohydrate in 2001-2016, kg

Figure 24. Dynamics of Russian exports of lithium-7 hydroxide monohydrate in 2005-2016, million $

Figure 25. Comparison of import prices for lithium carbonate for Russia and export prices of major world producers in 2000-2020, $ / kg

Figure 26. Dynamics of prices for lithium chloride imported by Russia in 2011-2020, $ / kg

Figure 27. Dynamics of export-import prices in Russia for technical lithium hydroxide monohydrate in 2000-2020, $ / kg

Figure 28. Dynamics of export prices for Russian metallic lithium in 2001-2020, $ / kg

Figure 29.Dynamics of export prices for lithium-7 hydroxide monohydrate in 2001-2016, $ / kg

Figure 30. Dynamics of import of lithium carbonate PJSC "KhMP" in 2011-2020. in kind, t

Figure 31. Dynamics of production of lithium hydroxide monohydrate in physical terms in PJSC "KhMP" in 2010-2020, tons

Figure 32. Dynamics of supplies of technical lithium hydroxide monohydrate of PJSC "KhMP" (Krasnoyarsk) to foreign and domestic markets in 2004-2020, tons

Figure 33. Lithium complex of PJSC "NZHK"

Figure 34. Electrolyzer for obtaining lithium from the melt

Figure 35. Completion of lithium in metal ingots

Figure 36. Lithium-7 hydroxide produced by PJSC "NZHK"

Figure 37. Dynamics of import of lithium carbonate, lithium chloride, lithium hydroxide monohydrate and export of lithium hydroxide monohydrate, metal lithium of PJSC "NZHK" in 2001-2020, tons

Figure 38. Dynamics of proceeds from the sale of lithium products of PJSC "NZHK" in 2011-2020, million rubles.

Figure 39. Dynamics of import of lithium carbonate, lithium chloride, lithium hydroxide monohydrate and export of lithium hydroxide monohydrate LLC TD Khalmek in 2011-2020, tons

Figure 40. Dynamics of Russian domestic consumption of lithium compounds (in terms of metal) in 2001-2020, t

Figure 41. Change in the structure of consumption of greases in Russia by types and classes in 2011-2020,%

Figure 42. Dynamics of production of aluminum semi-finished products and rolled products of JSC "KUMZ" in 1999-2020, thousand tons

Figure 43. Dynamics of production of CPS of JSC "Lithium-element" in 2006-2020, million rubles.

Figure 44. Dynamics of output of HIT of JSC "Energia" (Yelets) in monetary terms in 2010-2020, mln rubles.

Figure 45. Lithium-ion batteries of the Verkhneufaley plant Uralelement JSC

Figure 46. Lithium-ion batteries 4LIA-18, 25 manufactured by JSC NIAI Istochnik

Figure 47. Dynamics of the production of aramid fibers in JSC "Kamenskvolokno" in 2015-2020, tons

Figure 48. Volumes of optical glass production at LZOS JSC in 2009-2019, t

Figure 49. Estimated structure of consumption of lithium and its compounds in the Russian Federation in 2020,%

Figure 50. Key indicators of the Rosatom project for the production of lithium at the Zavitinskoye field

Figure 51. Forecast of consumption of lithium and its compounds in Russia in terms of metal until 2030, t

 

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