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CIS諸国のチタン原材料の生産・市場・予測

Titanium Raw Materials in the CIS: Production, Market and Forecast (3rd Edition)

発行 INFOMINE Research Group 商品コード 292616
出版日 ページ情報 英文
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CIS諸国のチタン原材料の生産・市場・予測 Titanium Raw Materials in the CIS: Production, Market and Forecast (3rd Edition)
出版日: 2018年04月10日 ページ情報: 英文
概要

当レポートでは、CIS諸国(ロシア・ウクライナ・カザフスタン)におけるチタン資源(原材料・濃縮物など)の生産・消費状況について分析し、資源ベースの賦存状況や、CIS域内の原材料生産・消費・貿易動向、価格変動の実績、今後の市場発展の見通し、政府の政策の影響、主要企業の概略などを調査して、その結果を概略以下の構成でお届けします。

概略

第1章 イントロダクション:業界に関する全般的情報

  • 世界の産業
    • チタン原材料の鉱物組成、種類、加工方法
    • チタン鉄鉱濃縮物の要件
    • 世界のチタン埋蔵量
    • 全世界のチタン濃縮物の生産量(過去15年間分)
    • チタン鉄鉱濃縮物の新規採掘プロジェクト
    • 世界のチタン鉄鉱濃縮物の消費構造
      • 二酸化チタンの生産量
      • スポンジチタンの生産量
      • 他の消費領域
    • チタン濃縮物の国際価格の動向(過去12年間分)
  • ロシアの産業の特徴

第2章 ロシア・ウクライナ・カザフスタンの鉱物資源ベース

  • 鉱床の種類と特徴
  • 資源の埋蔵量と分布状況
  • 現在・将来の主要産地
    • ロシア国内
    • ウクライナ国内
    • カザフスタン国内

第3章 ロシア・ウクライナ・カザフスタンのチタン鉄鉱原料(イルメナイト・ルチル・白チタン石)の生産・採掘状況

  • ロシア国内のチタン濃縮物の生産量:動向と構造(過去8年間分)
  • 生産動向の概略・分析
  • 市販製品の定性的構成
  • ロシア国内のメーカーの概略(競合分析)
    • OOO "Olekminsky Mine"(ロシア・アムール州)
    • JSC "tuganskiy GOK" Ilmenite "(トムスク州)
    • LLC "Lovozero GOK"(ムルマンスク州)
    • チタン原材料ベースの新規開発プロジェクト
  • ウクライナ国内のチタン濃縮物の採掘・生産動向(過去6年間分)
  • ウクライナのチタン濃縮物の輸出量(過去6年間分)
  • ウクライナ国内のチタン濃縮物メーカーの概略
    • Branch of JSC "Crimean Titan" - Volnogorskiy Mining and Metallurgical Plant(ドニエプロペトロフスク州)
    • Branch of JSC "Crimean Titan" - "Irshansky GOK"(ジトーミル州)
    • Mining Ltd. 'Rolls-ilmenite "(ジトーミル州)
    • OOO "Mezhdurech'ye GOK"(ジトーミル州)
    • "PKF" Welt "(キロヴォフラード州)
    • OOO "Nonferrous metals"(ドニエプロペトロフスク州)
    • OOO "Demurinsky GOK"(ドニエプロペトロフスク州)
    • 資源ベースチタンの新規開発プロジェクト
  • カザフスタンのチタン濃縮物の生産量
  • カザフスタン国内のチタン濃縮物メーカーの概略
    • LLP ≪Satpaevsk titanium mines Ltd≫(東カザフスタン州)
    • Obukhov-Mining Ltd. "Tiolayn"(北カザフスタン州)
    • Shokashsky Mining(アクトベ州)
  • ロシア国内のチタン鉱石の予想生産量(2020年まで)

第4章 ロシア国内の消費体制

  • 需要家産業の概略と、原材料に対する要求事項
    • 二酸化チタン顔料の生産
    • チタン金属の生産
      • JSC "Avisma"(ペルミ州)
      • JSC "Solikamsk Magnesium Plant"(ペルミ州)
    • フェロチタンの生産
      • JSC "Kluchevskoy Ferroalloy Plant"(スヴェルドロフスク州Dvurechensk)
    • 溶接用電極・フラックス入りワイヤの製造
  • ロシア国内の消費量:動向と構造、需給バランス(過去14年間分)
  • 市場動向の概略と分析
  • 新規生産プロジェクト
  • 将来的需要の予測

第5章 ロシア国内の生産・消費比率(過去8年間分)

  • 生産・消費バランスの動向と分析(過去8年間分)
  • 将来予測(2020年まで)

第6章 ロシア国内の価格動向

  • イルメナイト・ルチル濃縮物の価格動向の分析
  • ロジスティクスの製品価格への影響
  • 品質の製品価格への影響
  • チタン含有濃縮物の予想価格

第7章 外的環境

  • 市場参入障壁
  • 政府の産業規制の程度・手段
  • 輸出・輸入割り当ておよび貿易関係

付録1:ロシア・ウクライナ国内のチタン濃縮物メーカーのコンタクト情報

付録2:ロシアのチタン原材料需要家の住所一覧

図表一覧

目次

This report is a study of the market of mineral titanium-containing raw materials in Russia and CIS countries (Kazakhstan and Ukraine). In addition, it provides a brief overview of the state of the global market for this industry segment.

Monitoring has been ongoing since 2007 , in some positions since 2000 . The purpose of the study is to analyze the market for titanium-containing raw materials in Russia.

This work is a desk study . As sources of information , we used the data of the Federal State Statistics Service, the Federal Customs Service of the Russian Federation, the official statistics of railway transportation of Russian Railways, the Agency of the Republic of Kazakhstan on Statistics, the State Statistics Committee of Ukraine, the UNdata database, the industry and regional press, annual and quarterly reports of securities issuers, as well as websites of manufacturers.

Chronological framework of the study: 2007-2017; the forecast is up to 2028.

Geography of the study : Russian Federation, Ukraine, Kazakhstan.

The report consists of 9 parts, contains 172 pages, including 39 tables, 40 figures and 2 applications.

The first chapter describes the world market of titanium-containing concentrates (the main manufacturing companies, the world production in 2001-2017). Current trends are described.

The second chapter is devoted to the study of the mineral and raw materials base of titanium-containing raw materials in Russia, Ukraine and Kazakhstan. The chapter provides data on reserves, as well as describes the key fields: developed and potential.

In the third chapter of the report, the volumes of extraction of ilmenite and rutile concentrates in Russia, Kazakhstan and Ukraine in 2007-2017 are considered. All mining companies in these countries are described, as well as projects to develop new fields.

The fourth chapter is devoted to foreign trade operations with ilmenite and rutile concentrates in Russia, Kazakhstan and Ukraine in 2001-2017. It presents information in the context of the commodity-country and commodity-company-consumer (importer) in the Russian Federation. In addition, the section discusses in detail the Ukrainian exports of both ilmenite and rutile concentrates in 2007-2017 - the dynamics of supplies by countries and producers. The list of foreign buyers of Ukrainian raw materials is presented in the description of enterprises.

The fifth chapter contains an analysis of the consumption of titanium-containing concentrates in Russia in 2007-2017. The dynamics and structure of consumption of this type of raw materials over recent years are analyzed, factors that determine the demand for the products under study are analyzed, and the main consumer industries are considered.

In the sixth chapter of the report, the balance of production-consumption of titanium-containing concentrates in Russia for 2007-2017 is calculated.

The seventh chapter is devoted to the price conjuncture of the market for titanium-containing raw materials in Russia in 2007-2017. This section presents the dynamics of changes in export-import prices for ilmenite and rutile concentrates in recent years.

In the eighth chapter the forecast of production and consumption of titanium-containing concentrates in Russia up to 2028 is considered.

The annexes provide contact information for the main manufacturing enterprises and consumers of titanium-containing concentrates in Russia, Ukraine and Kazakhstan.

The target audience of the study:

  • participants in the market of titanium-containing concentrates and chains of its further consumption (metallic titanium, welding electrodes);
  • potential investors.

The proposed study claims to be a reference tool for marketing services and specialists who make managerial decisions on the market of titanium-containing products.

Table of Contents

ANNOTATION

1. Introduction

  • 1.1. World industry
    • 1.1.1. Methods for processing titanium raw materials
    • 1.1.2. Requirements for titanium-containing concentrates
    • 1.1.3. World reserves of titanium
    • 1.1.4. World production of titanium concentrates in 1999-2017
    • 1.1.5. New projects for the production of titanium-containing concentrates
    • 1.1.6. The structure of world consumption of titanium-containing concentrates in 2017
    • 1.1.7. World prices for titanium concentrates in 2002-2017
  • 1.2. Features of the Russian industry

2. Mineral and raw materials base of Russia, Ukraine and Kazakhstan

  • 2.1. Types and characteristics of deposits
  • 2.2. Stocks and resources, their distribution
  • 2.3. Key fields: developed and potential
    • 2.3.1. Russia
    • 2.3.2. Ukraine
    • 2.3.3. Kazakhstan

3. Production of titanium-containing concentrates in CIS countries

  • 3.1. Russia
    • 3.1.1. Dynamics of production of titanium-containing concentrates in Russia in 2006-2017
    • 3.1.2 Qualitative composition of titanium-containing concentrates on the Russian market
    • 3.1.3 Current status of companies producing titanium-containing raw materials in Russia
    • 3.1.4. New projects of Russia on the development of the raw materials base of titanium
  • 3.2. Ukraine
    • 3.2.1. Dynamics of production of titanium-containing concentrates in Ukraine in 2007-2017
    • 3.2.2. The current state of companies producing titanium-containing concentrates in Ukraine
    • 3.2.3. New projects of Ukraine on development of raw materials base of titanium
  • 3.3. Kazakhstan
    • 3.3.1. Production of titanium concentrates in Kazakhstan
    • 3.3.2. Description of companies producing titanium-containing concentrates in Kazakhstan
    • 3.3.3. New projects of Kazakhstan on development of raw materials base of titanium

4. Foreign trade operations with titanium-containing concentrates in the CIS countries

  • 4.1. Foreign trade operations with titanium-containing concentrates in Russia in 2001-2017
    • 4.1.1. Volumes of imports of titanium-containing concentrates in Russia in 2001-2017
    • 4.1.2. Volumes of export of titanium-containing concentrates in Russia in 2011-2017
    • 4.1.3. Main trends, trends and features of import supplies of titanium concentrates to Russia in 2001-2017
  • 4.2. Foreign trade operations with titanium-containing concentrates in Ukraine in 2007-2017
    • 4.2.1. Volumes of export of titanium-containing concentrates from Ukraine in 2007-2017
    • 4.2.2. Main trends, trends and features of export supplies of titanium concentrates from Ukraine in 2007-2017
  • 4.3. Foreign trade operations with titanium-containing concentrates in Kazakhstan in 2007-2017

5. Consumption of titanium-containing concentrates in Russia and CIS countries

  • 5.1. Description of industries-consumers of titanium-containing concentrates
    • 5.1.1. Production of pigmentary titanium dioxide in Russia and CIS
    • 5.1.2. Production of metallic titanium in Russia and CIS countries in 2000-2017
    • 5.1.3. Ferrotitanium production
    • 5.1.4. Production of welding electrodes and flux-cored wire in the Russian Federation in 2000-2017
    • 5.1.5. Production of titanium coagulants in Russia
  • 5.2. Structure of consumption of titanium-containing concentrates in Russia and CIS countries

6. Balance of production-consumption of titanium-containing concentrates in Russia in 2006-2017

7. Russian prices for ilmenite and rutile concentrates in 2007-2017

8. Forecast of production and consumption of titanium-containing concentrates in Russia up to 2028

Appendix 1. Address book of producers of titanium concentrates in the CIS

Appendix 2. Address book of consumers of titanium raw materials in Russia

List of Tables

  • Table 1. Basic requirements for titanium concentrates for various industries
  • Table 2. Distribution of titanium industrial reserves by countries of the world,%
  • Table 3. World production of ilmenite and rutile concentrates by countries in 2001-2017, kt in terms of 100% TiO2
  • Table 4. Dynamics of world production of titanium sponge in 2005-2017, kt
  • Table 5. Geological and genetic classification of titanium deposits
  • Table 6. Industrial (mineral-technological) types of Ti ore deposits of different genesis
  • Table 7. The main deposits of titanium raw materials in the CIS and license holders
  • Table 8. Production of titanium-containing concentrates in Russia by enterprises in 2006-2017, in physical terms and in terms of TiO2, t
  • Table 9. Chemical composition of ilmenite concentrates, presented on the Russian market,%
  • Table 10. Chemical composition of rutile concentrates on the Russian market
  • Table 11. SWOT-analysis of the project "Tugan GOK Ilmenite"
  • Table 12. Chemical composition of ilmenite concentrates produced by VGMK (TUU 14-10-005-98)
  • Table 13. Chemical composition of rutile concentrates produced by Volnogorsk GMK (TU-U-14-10-016-98)
  • Table 14. Export deliveries of ilmenite concentrate of VGMK for foreign companies-consumers in 2010-2017, t
  • Table 15. Export supplies of rutile concentrate VGMK for consumer companies in 2010-2017, t
  • Table 16. Composition of ilmenite concentrate produced by Irshansk GOK, TU V 14-10-009-97
  • Table 17. Export supplies of ilmenite concentrate of Irshansky GOK for consumer companies in 2010-2017, t
  • Table 18. Chemical composition of ilmenite minerals produced by OOO PKF Velta
  • Table 19. Foreign buyers of ilmenite concentrate produced by LLC PKF Velta in 2013-2017, t
  • Table 20. Chemical composition of titanium-containing concentrates of Obukhovsky GOK
  • Table 21. Import of ilmenite and rutile concentrates in Russia by countries in 2001-2017, t
  • Table 22. The main Russian importers of ilmenite in 2007-2017, kt
  • Table 23. Foreign companies supplying ilmenite concentrates to Russia in 2013-2017, t
  • Table 24. The main Russian importers of rutile concentrate in 2007-2017, t
  • Table 25. Foreign companies supplying rutile concentrates to Russia in 2013-2017, t
  • Table 26. Export supplies of ilmenite concentrate from Ukraine by countries in 2010-2017, t
  • Table 27. Export deliveries of ilmenite concentrate of Ukraine by producers in 2007-2017, kt
  • Table 28. Foreign recipients of Ukrainian ilmenite in 2013-2017, t
  • Table 29. Export deliveries of rutile concentrate from Ukraine by countries in 2010-2017, t
  • Table 30. Export deliveries of rutile concentrate of Ukraine by producers in 2007-2017, t
  • Table 31. Production of titanium dioxide by CIS enterprises in 2000-2017, kt
  • Table 32. Capacities of CIS plants for production of sponge titanium, thousand tons / year
  • Table 33. Import supplies of titanium-containing concentrates by producers in JSC AVISMA in 2007-2013, kt
  • Table 34. Characteristics of ferrotitanium produced in the Russian Federation (GOST 4761-91)
  • Table 35. Chemical composition of ferrotitanium produced by JSC "Klyuchevsky Ferroalloy Plant",% mass.
  • Table 36. Balance of Russian production-consumption of titanium-containing concentrates in terms of TiO2 in 2006-2017, kt
  • Table 37. Dynamics of Russian prices for titanium-containing concentrates in 2007-2017, $ / t
  • Table 38. Dynamics of prices in Russia (CIF - Russian port / CIP - Russian border for imports, DAF - for export) for ilmenite concentrates from various suppliers in 2007-2017, $ / t
  • Table 39. Dynamics of prices for rutile concentrates (CIF - Russian port or CIP - Russian border) of various suppliers in 2007-2017, $ / t

List of Figures

  • Figure 1. Scheme of the use of titanium mineral concentrates and products of their processing
  • Figure 2. Dynamics of world production of titanium concentrates in 1999-2017, kt in terms of 100% TiO2
  • Figure 3. Drag in the Zulti South field (South Africa)
  • Figure 4. Structure of the raw material base of world production of titanium dioxide in 2016,%
  • Figure 5. Structure of world consumption of titanium dioxide in 2017,%
  • Figure 6. Dynamics of world production of titanium sponge in 2005-2017 by countries, kt
  • Figure 7. World prices for ilmenite and rutile concentrates in 2002-2017, $ / t
  • Figure 8. Dynamics of production of titanium-containing concentrates (in terms of TiO2) in Russia in 2006-2017, t
  • Figure 9. Dynamics of loparite concentrate production (in bulk and in terms of TiO2) by Lovozero GOK in 1997-2017, t
  • Figure 10. Dynamics of production of ilmenite concentrate OJSC "TGOK" Ilmenite "in 2006-2016 in physical terms, t
  • Figure 11. Dynamics of production of ilmenite concentrate LLC "Olekminsky Rudnik" in 2010-2016 in physical terms and in terms of TiO2, kt
  • Figure 12. Dynamics of production of ilmenite concentrates in Ukraine in 2007-2017, kt
  • Figure 13. Dynamics of production of ilmenite and rutile concentrates at Volnogorsk MMC in 2000-2017, kt
  • Figure 14. Dynamics of production of ilmenite concentrates at Irshansky GOK in 2000-2017, kt
  • Figure 15. Dynamics of production of 42% ilmenite concentrate in LLC Valki Ilmenit in 2013-2017, kt
  • Figure 16. Dynamics of production of 42% ilmenite concentrate in OOO Mezhdurechensky GOK in 2013-2017, kt
  • Figure 17. Dynamics of production of ilmenite concentrate produced by OOO PKF Velta in kind and in terms of TiO2 in 2012-2017, kt
  • Figure 18. Dynamics of export shipments of ilmenite concentrate produced by LLC PKF Velta in 2012-2017, kt
  • Figure 19. Dynamics of imports of ilmenite and rutile concentrates in Russia (in physical terms) in 2001-2017, kt
  • Figure 20. Dynamics of export shipments from Russia ilmenite concentrates in 2011-2017 in physical terms and in terms of TiO2, kt
  • Figure 21. Dynamics of export shipments of titanium concentrates (ilmenite + rutile) from Ukraine in 2007-2017 in physical terms, kt
  • Figure 22. Dynamics of export supplies of ilmenite concentrate from Ukraine in 2007-2017 in physical terms and in terms of TiO2, kt
  • Figure 23. Dynamics of exports of rutile concentrate from Ukraine in 2007-2017 in physical terms and in terms of TiO2, kt
  • Figure 24. Dynamics of imports of ilmenite concentrates to Kazakhstan in 2007-2017 in natural terms and in terms of TiO2, kt
  • Figure 25. Dynamics of production of titanium dioxide in the CIS in 2000-2017, kt
  • Figure 26. Dynamics of production of sponge titanium at CIS enterprises in 2000-2017, kt
  • Figure 27. Dynamics of production of sponge titanium in the world and in Russia in 2005-2017, kt
  • Figure 28. Dynamics of imports of titanium concentrates and slags in terms of titanium dioxide PJSC "VSMPO-AVISMA" in 2007-2017, kt
  • Figure 29. Dynamics of production of sponge titanium in OAO Solikamsk Magnesium Plant in 2009-2017, t
  • Figure 30. Dynamics of processing of rutile concentrate in JSC Solikamsk Magnesium Plant in 2007-2013, t
  • Figure 31. Scheme for obtaining ferrotitanium from ilmenite concentrate at the Klyuchevsky Ferroalloy Plant
  • Figure 32. Dynamics of Russian export supplies of ferrotitanium in 2007-2017, kt
  • Figure 33. Dynamics of production of ferrotitanium at KZF in 2000-2017, kt (in terms of 20% for Ti alloy)
  • Figure 34. Dynamics of production of welding electrodes and welding wire in Russia in 2000-2017, kt
  • Figure 35. Dynamics of consumption of rutile and ilmenite concentrates by the Russian electrode industry in 2005-2017, kt
  • Figure 36. Structure of consumption of titanium concentrates in Russia in 2007-2014,%
  • Figure 37. Structure of consumption of titanium concentrates in Russia in 2017,%
  • Figure 38. Structure of consumption of titanium concentrates in Ukraine in 2017,%
  • Figure 39. Dynamics of average import / export prices for ilmenite and rutile concentrates in Russia in 2007-2017, $ / t
  • Figure 40. Forecast of production of titanium-containing concentrates in Russia to 2028, kt in terms of TiO2
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