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市场调查报告书

独联体中的硫(质量/液体/颗粒状):生产,市场,预测(第17版)

Sulfur (lump, liquid, granulated) in the CIS: Production, Market and Forecast (17 Edition)

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独联体中的硫(质量/液体/颗粒状):生产,市场,预测(第17版) Sulfur (lump, liquid, granulated) in the CIS: Production, Market and Forecast (17 Edition)
出版日期: 2021年03月16日内容资讯: 英文
简介

本报告调查并分析了独联体国家的硫磺市场,并提供了有关市场概况,原料供应,生产分析,消费分析,市场预测等方面的系统信息。

目录

第1章全球硫磺市场

  • 全球硫磺市场概述
  • 主要的硫磺生产国

第2章工业中使用的硫磺生产技术和原料

  • 硫磺的生产方法
  • 工业中使用的天然硫形式
  • 独联体的硫磺生产设施
  • 主要原材料供应商

第3章独联体国家的硫磺生产

  • 产品质量
  • 俄罗斯公司使用的硫磺制粒设备
  • 独联体的硫磺生产和结构
  • 独联体国家最大的硫磺生产商

第4章CIS中硫的进出口

  • 俄罗斯硫磺的进出口
  • 乌克兰的硫磺进出口
  • 哈萨克斯坦硫磺进出口
  • 独联体其他国家的硫磺进出口

第5章硫磺价格分析(俄罗斯,乌克兰,哈萨克斯坦)

  • 俄罗斯联邦国内硫磺价格分析
  • 进出口价格趋势

第6章CIS中的硫磺消耗

  • 硫磺消费余额(俄罗斯,乌克兰,哈萨克斯坦)
  • 俄罗斯的硫磺消费结构
  • 俄罗斯主要硫磺消费行业的现状和发展前景
  • 俄罗斯主要消费公司及其项目

第20章到2030年独联体国家的硫产量和消费量预测

  • 俄罗斯/独联体国家的硫磺产量预测:按生产类型,主要生产商分类
  • 独联体的硫磺消费预测
  • 到2030年的硫磺价格预测

附录1.独联体国家最大的硫磺生产商的联系信息

附录2.俄罗斯主要硫磺消费者的联系信息

目录

This report is the seventeenth edition of the CIS sulfur market research.

The market has been monitored since 2002 .

The purpose of the study is to analyze the Russian and CIS markets for sulfur.

The object of research is sulfur (lumpy, liquid, granular).

A distinctive feature of this study is a detailed description of the main sources of raw materials for the production of various types of sulfur, not only in Russia, but also in other CIS countries. Information about the global sulfur market, as well as the sulfur markets of all CIS countries (including Ukraine), includes a detailed description of the largest manufacturers and consumers of the chemical in question.

The presented work is a desk study . Databases of the UN (UNdata), the Statistical Committees of the CIS countries (including Rosstat, the State Statistics Service of Ukraine, the Agency on Statistics of the Republic of Kazakhstan), customs statistics of the Russian Federation and Ukraine, official statistics of railway transportation of the Russian Federation were used as sources of information ; materials from the industry and regional press, annual and quarterly reports of securities issuers, Internet sites of enterprises-producers and consumers of sulfur, as well as the InfoMine database.

Chronological scope of the study: 1997-2020; forecast - 2021-2030

Research geography: Russian Federation - comprehensive detailed market analysis; Ukraine, Republic of Kazakhstan, Belarus and other CIS countries - general retrospective market analysis.

The report consists of 7 Sections , contains 193 pages , including 65 tables , 69 figures and 2 appendices .

The first chapter provides a brief description of the world sulfur market for the period 2000-2019, as well as the prospects for its development.

The second chapter is devoted to methods for producing sulfur and raw materials used in industry; it examines the directions and volumes of supplies of raw materials to its producers in the CIS.

The third chapter analyzes the production of sulfur in the CIS for the period from 1998 to 2020. The section provides data on the volumes and structure of production, traces the dynamics of the output of these products by enterprises in Russia, Ukraine and Kazakhstan, considers the current state of sulfur producers in the CIS (provides data on the available raw material base, production volumes, plans for the development of enterprises, as well as data on volumes and directions of product supplies in recent years).

The fourth chapter of the report examines foreign trade operations with sulfur in the Russian Federation, Ukraine and Kazakhstan and other CIS countries with an analysis of the volumes and directions of export-import supplies, as well as other CIS countries.

The fifth chapter is devoted to the analysis of the dynamics of prices for sulfur in the domestic and foreign markets of the Russian Federation, Ukraine and Kazakhstan in 2003-2020.

The sixth part describes the market for sulfur consumption in the Russian Federation, Ukraine and Kazakhstan. It analyzes in detail the structure of consumption, the "production-consumption" balance. An overview of the main sectors of consumption is given, as well as a description of the largest Russian enterprises-consumers of this product.

The seventh chapter of the report provides a forecast (including price) of the development of the Russian sulfur market for the period up to 2030.

The appendices contain the addresses and contact information of the main producers (in Russia and the CIS) and consumers (in Russia) of sulfur.

Target audience of the study:

  • Sulfur market participants - producers, consumers, traders;
  • potential investors.

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

TABLE OF CONTENTS

ANNOTATION

INTRODUCTION

I. World sulfur market

  • I.1. Brief description of the world sulfur market
  • I.2. Major Sulfur Producing Countries

II. Sulfur production technology and raw materials used in industry

  • II.1. Methods for obtaining sulfur
    • II.1.1. Extraction of native sulfur
    • II.1.2. Sulfur recovery from hydrogen sulphide-containing gases (in the process of extraction and processing of oil and natural gas)
    • II.1.3. Sulfur recovery from sulfur dioxide
  • II.2. Forms of elemental sulfur used in industry
  • II.3. Sulfur production capacities in the CIS
  • II.4. Main suppliers of raw materials
    • II.4.1. Native sulfur deposits in the CIS
    • II.4.2. The main types of oil and gas fields in the CIS
      • II.4.2.1. Gas fields
      • II.4.2.2. Petroleum gas
      • II.4.2.3. Oil refining
    • II.4.3. Coke production
    • II.4.4. Waste gases from non-ferrous metallurgy

III. Sulfur production in the CIS countries

  • III.1. Product quality
  • III.2. Equipment for the production and granulation of sulfur used by Russian enterprises
  • III.3. Volumes and structure of sulfur production in the CIS in 1997-2020
    • III.3.1. Sulfur production in Russia in 1997-2020
    • III.3.2. Sulfur production in Kazakhstan in 1997-2020
    • III.3.3. Sulfur production in Uzbekistan in 1997-2020
    • III.3.4. Sulfur production in Turkmenistan in 2009-2020
    • III.3.5. Sulfur production in Ukraine in 1998-2020
  • III.4. The largest sulfur-producing enterprises in the CIS countries
    • III.4.1. OOO Gazprom dobycha Astrakhan (Aksaraisky settlement, Astrakhan region, RF)
    • III.4.2. OOO Gazprom dobycha Orenburg (Orenburg, RF)
    • III.4.3. PJSC MMC Norilsk Nickel (Norilsk, Krasnoyarsk Territory, RF)
    • III.4.4. Tengizchevroil LLP (Kulsary village, Atyrau region, Kazakhstan)
    • III.4.5. Plant for the integrated treatment of oil and gas (ZPNiG) "Boshalak" (Atyrau region, Kazakhstan)
    • III.4.6. Gas processing plants "Bagtyyarlyk" (Lebap velayat, Turkmenistan)
    • III.4.7. UDP "Mubarek GPP" (Mubarek, Kashkadarya region, Uzbekistan)

IV. Export and import of sulfur in the CIS

  • IV.1. Export and import of sulfur in Russia in 1997-2020
    • IV.1.1. Export
    • IV.1.2. Import
  • IV.2. Export and import of sulfur in Ukraine in 1998-2020
    • IV.2.1. Export
    • IV.2.2. Import
  • IV.3. Export and import of sulfur in Kazakhstan in 1999-2020
  • IV.4. Export and import of sulfur in other CIS countries in 2008-2019

V. Sulfur Price Review (Russia, Ukraine, Kazakhstan)

  • V.1. Review of domestic prices for sulfur in the Russian Federation in 2004-2020
  • V.2. Dynamics of export-import prices
    • V.2.1. Dynamics of export-import prices in Russia in 1997-2020
    • V.2.2. Dynamics of prices for sulfur in Ukraine in 1999-2020
    • V.2.3. Dynamics of export-import prices in Kazakhstan in 2004-2020

VI. Sulfur consumption in the CIS

  • VI.1. Sulfur consumption balance (Russia, Ukraine, Kazakhstan)
    • VI.1.1. The balance of sulfur consumption in Russia in 1997-2020
    • VI.1.2. The balance of sulfur consumption in Ukraine in 1998-2020
    • VI.1.3. The balance of sulfur consumption in Kazakhstan in 1999-2020
  • VI.2. Sulfur consumption structure in Russia
  • VI.3. Current state and development prospects of the main sulfur-consuming industries in Russia
    • VI.3.1. Chemical industry (production of phosphate mineral fertilizers)
    • VI.3.2. Pulp and paper industry
    • VI.3.3. Other industries
  • VI.4. Large Russian consumer enterprises and their projects
    • VI.4.1. PJSC "PhosAgro"
      • JSC "Apatit" (Cherepovets, Vologda region)
      • Balakovo branch of JSC "Apatit" (Balakovo, Saratov region)
    • VI.4.2. JSC MCC "EuroChem"
      • LLC "PG" Phosphorite "(Kingisepp, Leningrad region)
      • LLC "EuroChem-Belorechensk Mineral Fertilizers" (Krasnodar Territory)
    • VI.4.3. LLC "Titanium Investments" ("Crimean Titan"), Armyansk, Rep. Crimea
    • VI.4.4. URALCHEM, JSC
      • JSC "Voskresensk Mineral Fertilizers" (Voskresensk, Moscow Region)

VII. Forecast of production and consumption of sulfur in the CIS for the period up to 2030

  • VII.1. Forecast of sulfur production in Russia and the CIS up to 2030 by type of production and major producers
  • VII.2. Forecast of sulfur consumption in the CIS
  • VII.3. Sulfur price forecast for the period up to 2030

Appendix 1. Contact information of the largest sulfur producing enterprises in the CIS

Appendix 2. Contact information of the main Russian enterprises-consumers of sulfur

List of Tables

  • Table 1. World prices for sulfur in 2016-2019, $ / t
  • Table 2. Main indicators of the sulfur market in China in 2012-2019, million tons,%
  • Table 3. Key indicators of the US sulfur market in 2006-2019, million tons,%
  • Table 4. Conditional classification of various forms of elemental sulfur
  • Table 5. CIS enterprises with sulfur production facilities and technologies used by them
  • Table 6. Belonging to holdings of the main enterprises producing sulfur in the CIS (at the beginning of 2020)
  • Table 7. Characteristics of the developed hydrogen sulfide-containing natural gas fields in the CIS
  • Table 8. Characteristics of refineries in the CIS that produce sulfur (as of early 2021)
  • Table 9. Ukrainian coke plants producing sulfur
  • Table 10. Chemical composition of copper and nickel concentrates obtained at the Norilsk and Talnakh factories from high-grade ores,%
  • Table 11. Forms of sulfur produced by leading producers in the CIS
  • Table 12. Requirements for the quality of technical sulfur (according to GOST 127-93)
  • Table 13. Physical and chemical indicators of liquid technical sulfur (according to GOST R 56249-2014)
  • Table 14. Physical and chemical indicators of lump technical sulfur (according to GOST R 56249-2014)
  • Table 15. Physical and chemical indicators of granular technical sulfur (according to GOST R 56249-2014)
  • Table 16. Physical and chemical indicators of ground technical sulfur for the tire and rubber industry (according to GOST R 56249-2014)
  • Table 17. Physical and chemical indicators of ground technical sulfur for agriculture (according to GOST R 56249-2014)
  • Table 18. Physical and chemical indicators of modified technical sulfur for the production of sulfur asphalt concrete (according to GOST R 56249-2014)
  • Table 19. Physical and chemical indicators of modified technical sulfur for the production of sulfur concrete (according to GOST R 56249-2014)
  • Table 20. Russian enterprises producing granular sulfur, the equipment they use
  • Table 21. Sulfur production in the CIS countries in 1998-2019, thousand tons
  • Table 22. Volumes of sulfur production in the CIS in 2001-2019. with a breakdown by production methods, thousand tons
  • Table 23. Sulfur production in Russia by enterprises in 2003-2020, thousand tons
  • Table 24. Production of liquid, lumpy, granular and other sulfur by enterprises of the Russian Federation in 2009-2018, thousand tons
  • Table 25. Enterprises that produced sulfur in Ukraine in 1998-2020, thousand tons
  • Table 26. The largest producers of sulfur in the CIS in 2011-2020, thousand tons
  • Table 27. The largest recipients of sulfur of OOO Gazprom dobycha Astrakhan in 2007-2020, thousand tons
  • Table 28. The largest recipients of sulfur of OOO Gazprom dobycha Orenburg in 2006-2020, thousand tons
  • Table 29. Volumes and directions of railway supplies of sulfur produced by PJSC MMC Norilsk Nickel to consumers in 2006-2020, thousand tons
  • Table 30. Directions of Russian export of sulfur in 2005-2020, thousand tons,%
  • Table 31. Russian enterprises-exporters of sulfur in 2005-2020, thousand tons,%
  • Table 32. Geographic structure of imports of sulfur in the Russian Federation in 2004-2020, thousand tons
  • Table 33. The largest Russian consumers of imported sulfur in 2006-2020, thousand tons
  • Table 34. The volume of export-import of sulfur by Ukraine in physical (thousand tons) and monetary ($ million) terms in 1998-2020.
  • Table 35. Directions of Ukrainian imports of sulfur in 2004-2020, thousand tons
  • Table 36. The largest Ukrainian consumers of imported sulfur in 2006-2020, thousand tons,%
  • Table 37. The volume of export-import of sulfur by Kazakhstan in natural (thousand tons) and monetary (million $) terms in 2001-2020.
  • Table 38. Directions of sulfur export by Kazakhstan in 2005-2020, thousand tons
  • Table 39. Volumes (thousand tons, thousand $) and directions of export-import of sulfur in other CIS countries in 2008-2020, export-import prices ($ / t)
  • Table 40. Average monthly prices for sulfur of manufacturing enterprises in Russia in 2007-2020, rubles / ton (excluding VAT)
  • Table 41. Average annual prices for sulfur in the Russian Federation and federal districts in 2008-2020, rubles / ton, excluding VAT
  • Table 42. Export prices of Russian sulfur producers and traders in 2006-2020, $ / t
  • Table 43. Main indicators of the sulfur market in Russia in 1998-2020, thousand tons
  • Table 44. Main indicators of the sulfur market in Ukraine in 2000-2020, thousand tons,%
  • Table 45. Main indicators of production and consumption of sulfur in Kazakhstan in 1999-2020, thousand tons,%
  • Table 46. Comparison of the volumes of "visible" and real consumption of sulfur in the Russian Federation in 2005-2020, thousand tons
  • Table 47. Sectoral structure of sulfur consumption in Russia in 2004-2019, thousand tons
  • Table 48. Growth rates of production in selected industries in Russia in 2009-2019,% to the previous year
  • Table 49. Production of phosphate fertilizers in the Russian Federation by enterprises in 2010-2019, thousand tons
  • Table 50. Sulfur supplies to the largest Russian chemical enterprises in 2007-2020, thousand tons
  • Table 51. Railway supplies of sulfur to the largest Russian enterprises of the pulp and paper industry in 2008-2020, thousand tons
  • Table 52. Main milestones in the development of sulfuric acid production and production of phosphate mineral fertilizers in PhosAgro-Cherepovets JSC
  • Table 53. Supplies of raw materials to JSC "Apatit" in 2007-2020, thousand tons
  • Table 54. Some financial indicators of JSC "Apatit" in 2013-2019, million rubles.
  • Table 55. The main milestones in the development of sulfuric acid production and the production of phosphate mineral fertilizers in the Balakovo branch of Apatit JSC
  • Table 56. Sulfur supplies to the BF JSC "Apatit" in 2007-2020, thousand tons
  • Table 57. The main milestones in the development of sulfuric acid production and the production of phosphate mineral fertilizers in LLC PG Phosphorit
  • Table 58. Sulfur supplies to LLC PG Phosphorit in 2007-2020, thousand tons
  • Table 59. Some financial performance indicators of LLC PG Phosphorit in 2015-2019, mln rubles.
  • Table 60. The main milestones in the development of sulfuric acid production in LLC "Eurochem-BMU"
  • Table 61. Some financial performance indicators of EuroChem-BMU LLC in 2015-2019, RUB mln.
  • Table 62. Sulfur supplies to JSC "Voskresensk Mineral Fertilizers" in 2007-2020, thousand tons
  • Table 63. Forecast of sulfur production in the CIS countries until 2030, million tons
  • Table 64. Forecast of sulfur production by the largest CIS producers for the period up to 2030, thousand tons
  • Table 65. Forecast of sulfur consumption in Russia for the period up to 2030, thousand tons,%

List of Figures

  • Figure 1. Dynamics of world sulfur production in 2000-2019, million tons
  • Figure 2. Geographic structure of world sulfur production in 2008 and 2019,%
  • Figure 3. Sectoral structure of world sulfur consumption
  • Figure 4. Dynamics of sulfur production by the main producing countries in 2000-2019, million tons
  • Figure 5. Schematic diagram of the Claus process
  • Figure 6. Increase in sulfur production capacities in the CIS countries in 2008-2019 million tons
  • Figure 7. Shares of countries in the total potential of the CIS for sulfur production in 2020,%
  • Figure 8. Structure of capacities for sulfur production in the CIS by production method in 2019,%
  • Figure 9. Sulfur production in Russia, Kazakhstan and the CIS in 1997-2020, million tons
  • Figure 10. Shares of the CIS countries in the total volume of sulfur production in 1997-2020,%
  • Figure 11. Dynamics of the sectoral structure of sulfur production in the CIS in 2000-2020,%
  • Figure 12. Dynamics of sulfur production in Russia in 1997-2020, million tons
  • Figure 13. Capacity utilization for sulfur production by production sector in Russia in 2020,%
  • Figure 14. Shares of the largest manufacturing enterprises in the total sulfur output in the Russian Federation in 2020,%
  • Figure 15. Distribution of sulfur production in the Russian Federation by holdings in 2020,%
  • Figure 16. Change in the structure of sulfur production by federal districts of the Russian Federation in 2004-2020,%
  • Figure 17. Change in the sectoral structure of sulfur production in Russia in 2003-2020,%
  • Figure 18. Commodity structure of sulfur production in the Russian Federation in 2009-2020,%
  • Figure 19. Dynamics of sulfur production in Kazakhstan in 1997-2020, thousand tons
  • Figure 20. Shares of the largest manufacturing enterprises in the total sulfur output in Kazakhstan in 2020,%
  • Figure 21. Dynamics of sulfur production in Turkmenistan in 2009-2020, thousand tons
  • Figure 22: Sulfur production in Ukraine in 1998-2020, thousand tons
  • Figure 23. Shares of the largest sulfur producers in the total production of the CIS in 2020,%
  • Figure 24. Dynamics of sulfur production in OOO Gazprom dobycha Astrakhan in 1990-2020, million tons
  • Figure 25. Commodity structure of sulfur output by OOO Gazprom dobycha Astrakhan in 2009-2020,%
  • Figure 26. Dynamics of sulfur production in OOO Gazprom dobycha Orenburg in 1980-2020, million tons
  • Figure 27. Commodity structure of sulfur output by OOO Gazprom dobycha Orenburg in 2009-2020,%
  • Figure 28. Production chain of the Polar Division of PJSC MMC Norilsk Nickel
  • Figure 29. Utilization of sulfur in PJSC MMC Norilsk Nickel in 1996-2019, thousand tons
  • Figure 30. Dynamics of oil production (with gas condensate) and sulfur production by Tengizchevroil LLP in 1997-2020, million tons
  • Figure 31. Production, sales and residual sulfur in TCO warehouses in 2003-2020, million tons
  • Figure 32. Dynamics of foreign trade operations with sulfur in Russia in 1997-2020, million tons
  • Figure 33. Dynamics of Russian exports of sulfur in physical (thousand tons) and monetary ($ million) terms in 1997-2020.
  • Figure 34. Shares of the main consuming countries in the total volume of sulfur exports in the Russian Federation in 2007-2020,%
  • Figure 35. Commodity structure of sulfur exports in the Russian Federation in 2007-2019,%
  • Figure 36. Dynamics of Russian imports of sulfur in physical (thousand tons) and monetary ($ million) terms in 1997-2020.
  • Figure 37. Commodity structure of imports of sulfur in the Russian Federation in 2007-2020,%
  • Figure 38. Dynamics of export-import of sulfur in Ukraine in 1998-2020, thousand tons
  • Figure 39. Dynamics of export-import of sulfur in Kazakhstan in 1999-2020, thousand tons
  • Figure 40. Shares of the main consuming countries in the total volume of sulfur exports in Kazakhstan in 2004, 2012 and 2019,%
  • Figure 41. Dynamics of average wholesale prices of sulfur producers in the Russian Federation in 2007-2020, rubles / ton (excluding VAT)
  • Figure 42. Dynamics of average annual prices for sulfur of Russian producers in 2006-2020, rubles / ton (excluding VAT)
  • Figure 43. Dynamics of Russian export-import prices for sulfur in 1997-2020, $ / t
  • Figure 44. Main financial indicators of sulfur imports in the Russian Federation in 2000-2020, $ million, $ / t
  • Figure 45. Dynamics of export-import prices of Ukraine in 1999-2020, $ / t
  • Figure 46. Dynamics of export-import prices of Kazakhstan in 2004-2020, $ / t
  • Figure 47. Comparative dynamics of average export prices for sulfur in the Russian Federation, Kazakhstan and Ukraine in 2004-2020, $ / t
  • Figure 48. Comparative dynamics of average import prices for sulfur in the Russian Federation, Kazakhstan and Ukraine in 2004-2020, $ / t
  • Figure 49. Dynamics of production, "visible" consumption, export and import of sulfur in the Russian Federation in 1997-2020, thousand tons
  • Figure 50. Dynamics of production, "visible" consumption, export-import of sulfur in Ukraine in 1998-2020, thousand tons
  • Figure 51. Main applications of sulfur
  • Figure 52. Sectoral structure of sulfur consumption in the Russian Federation in 2004-2020,%
  • Figure 53. Dynamics of production of sulfuric acid and phosphorus-containing fertilizers in Russia in 1997-2019, million tons
  • Figure 54. Application of mineral fertilizers by Russian agricultural producers in 2006-2019, thousand tons of nutrients
  • Figure 55. Shares of the largest holdings in the total output of phosphate mineral fertilizers in the Russian Federation in 2011-2019,%
  • Figure 56. Dynamics of cellulose production in Russia in 2000-2019, million tons
  • Figure 57. Scheme of vulcanization of polyisoprene (natural rubber) with sulfur
  • Figure 58. Dynamics of production of sulfuric acid and phosphate fertilizers in JSC "Apatit" in 2000-2020, thousand tons
  • Figure 59. Dynamics of production of sulfuric acid and phosphate mineral fertilizers of the BF JSC "Apatit" in 2000-2020, thousand tons
  • Figure 60. The production chain of EuroChem
  • Figure 61. Dynamics of production of sulfuric acid and phosphate mineral fertilizers in LLC PG Phosphorit in 2000-2020, thousand tons
  • Figure 62. Dynamics of production of sulfuric acid and phosphate fertilizers at Eurochem-BMU LLC in 2004-2020, thousand tons
  • Figure 63: Scheme of production processes of JSC "Crimean Titan"
  • Figure 64: Dynamics of production of sulfuric acid in JSC "Crimean Titan" in 2005-2020, thousand tons
  • Figure 65. Scheme of assets of URALCHEM, JSC
  • Figure 66. Dynamics of production of sulfuric acid and phosphate mineral fertilizers in JSC "VMU" in 2000-2020, thousand tons
  • Figure 67. Dynamics of oil refining (million tons) and gas (billion m3) in Russia in 1997-2019.
  • Figure 68. Forecast of production and consumption of sulfur in the Russian Federation for the period up to 2030, thousand tons
  • Figure 69. Forecast of prices (Russian and world) for sulfur until 2030, $ / t