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Sulfoammophos in Russia, the CIS and the world: Production, Market and Forecast
Number of pages: 139
Number of tables: 51
Number of figures: 33
Language: Russian
Released: 24.03.2022
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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 report is the first publication of a study of the sulfoammophos market in Russia, the CIS countries and the world.
Market monitoring has been conducted since 2010.
The purpose of the study is to analyze the sulfoammophos market in Russia, the CIS countries and the world
The object of the study is sulfoammophos, a sulfur-containing nitrogen-phosphorus fertilizer.
Chronological scope of the study: 2010-2021; forecast - 2022-2030
Research geography: Russia and the CIS countries - a comprehensive detailed analysis of the market, the world - a multiple characteristic of the market.
This work is a desk study. As sources of information, data from the Federal State Statistics Service of the Russian Federation (Rosstat), the Federal Customs Service of the Russian Federation (FCS of the Russian Federation), statistics of railway transportation of the Russian Federation were used; State Customs Service of Ukraine, Agency on Statistics of the Republic of Kazakhstan, State Statistics Service of Ukraine; US Geological Survey; UN databases UN data; as well as industry and regional press, annual and quarterly reports of issuers of securities, websites of enterprises producing sulfoammophos.
The report consists of 8 parts, contains 139 pages, including 51 tables, 33 figures, and 1 appendix.
The first chapter gives a brief description of the world market of sulfoammophos - provides information about the main manufacturers of this product; new projects for the production of nitrogen-phosphorus fertilizers and phosphoric acid; dynamics of world trade and prices for products on the world market. The dynamics of demand for sulfur-containing nitrogen-phosphorus fertilizers in 2010-2021 was also analyzed.
In the second chapter of the report, the technologies for the production of sulfoammophos are considered, as well as the main types of raw materials necessary for its production are described. Data on the directions and volumes of supplies of raw materials for the production of sulfoammophos in Russia and the CIS are given.
The third chapter discusses the quality requirements for sulfoammophos produced in Russia and the CIS. An assessment of the volume and dynamics of fertilizer production in Russia and the CIS in 2010-2021 is also given, the main producers of sulfoammophos are identified, the current state of manufacturing enterprises and plans for their further development are analyzed.
The fourth chapter of the report is devoted to foreign economic transactions with sulfoammophos, analyzes data on the volume of exports and imports in Russia in 2010-2021, in Kazakhstan, Uzbekistan, Ukraine, other CIS countries, as well as in Turkey in 2010-2020. The main directions, tendencies and features of export-import deliveries of sulfoammophos in the CIS space are determined.
The fifth chapter discusses the pricing algorithm in the mineral fertilizer market, provides data on the level of prices for sulfoammophos in the domestic market of Russia, and analyzes the dynamics of export-import prices for the products under study in Russia, the CIS and Turkey in 2010-2020.
The sixth chapter of the report is devoted to the consumption of sulfoammophos in Russia and other CIS countries. This section shows the production-consumption balance of the studied products in Russia and Kazakhstan in 2010-2021, the regional consumption structure is assessed, and the main consumers of this fertilizer are given. The section also provides production-demand balances of sulfoammophos in Ukraine, Uzbekistan and other CIS countries in 2010-2020.
The seventh chapter analyzes the trade policy of the CIS - measures of state and customs regulation, customs duties, export quotas; the barriers to entry of new players into the market are considered.
The eighth chapter is devoted to the forecast for the development of the sulfoammophos market in Russia and the CIS for the period up to 2030. The section discusses the main trends in the global market for phosphate fertilizers, as well as the CIS market; the main factors contributing to the increase in demand for sulfoammophos were assessed.
The appendix contains the addresses and contact information of the main producers of sulfoammophos in the CIS.
Target audience of the study:
– participants in the market of sulfoammophos and other sulfur-containing nitrogen-phosphorus fertilizers;
- Potential investors.
The proposed study claims to be a reference tool for marketing services and decision-makers working in the market of complex nitrogen-phosphorus fertilizers.
ANNOTATION
INTRODUCTION
I. World market of sulfoammophos
1.1. Main countries and companies producing sulfoammophos
Mosaic Company (USA)
OCP Group (Morocco)
IFFCO (Indian Farmers Fertiliser Cooperative Limited) (India)
AB Lifosa (Lithuania)
Toros Tarım Sanayi ve Ticaret A.Ş. (Turkey)
Nippon Jordan Fertilizer Company, NJFC (Jordan)
PT Petrokimia Gresik (Indonesia)
Atlas Fertilizer (AFC) (Philippines)
1.2. New projects for the production of sulfoammophos
Martison phosphate project, Canada (Fox River Resources Corp.)
Serra do Salitre project, Brazil (EuroChem)
Project in Dire Dawa, Ethiopia (OCP Group)
Waad al-Shamal project, UAE (Saudi Arabian Mining Co (Ma’aden))
OCP Africa Project (Nigeria)
OCP Africa Project (Ghana)
OCP Africa Project (Ethiopia)
El Wady WAPCO project (Egypt)
1.3. Dynamics of world trade in sulfoammophos (countries of exporters and importers) in 2010-2020
1.4. Dynamics of world export-import prices for sulfoammophos in 2010-2021
1.5. Changing global demand
II. Sulfoammophos production technology and raw materials used in industry
2.1. Methods for the production of sulfoammophos
2.2. Raw materials for the production of sulfoammophos
2.3. Direction and volumes of supplies of raw materials in Russia and the CIS
III. Sulfoammophos production in Russia and the CIS
3.1. Quality and brands of products
3.2. Volume and dynamics of sulfoammophos production in Russia and the CIS in 2010-2021, manufacturing enterprises
3.3. Current state and plans of the main producers of sulfoammophos
Russian producers
Ukrainian producers
Kazakhstan producers
Uzbekistan producers
IV. Export-import of sulfoammophos in Russia and the CIS
4.1. The volume of export-import of sulfoammophos in the Russian Federation in 2010-2021 (including by countries and companies, by federal districts)
4.2. Export-import of sulfoammophos in Kazakhstan in 2010-2020 (total and by country)
4.3. Export-import of sulfoammophos in Uzbekistan in 2010-2020 (total and by country)
4.4. Export-import of sulfoammophos in Ukraine in 2010-2020 (including by countries and companies)
4.5. Export-import of sulfoammophos in Turkey in 2010-2020 (total and by country)
4.7. Trends and features of export-import deliveries of the CIS
4.8. The main directions of export-import deliveries of the CIS
V. Review of prices for sulfoammophos in the CIS
5.1. Pricing algorithm and factors influencing it
5.2. Domestic prices for sulfoammophos in Russia in 2020-2021 (current prices of manufacturers and traders)
5.3. Dynamics of export-import prices in 2010-2020
5.3.1. Russia
5.3.2. Kazakhstan
5.3.3. Uzbekistan
5.3.4. Turkey
5.3.5. Other CIS countries
5.4. Sulfoammophos price forecast up to 2030
VI. Sulfoammophos consumption in the CIS
6.1. The balance of consumption of sulfoammophos in the Russian Federation in 2010-2021
6.2. Structure of consumption of sulfoammophos in the Russian Federation in 2010-2020 (including by federal districts)
6.3. The main consumer sectors of sulfoammophos in Russia and the CIS
6.4. The main consumer enterprises in Russia and the CIS
6.5. Sulfoammophos consumption balance in Kazakhstan in 2010-2021
6.6. Sulfoammophos consumption balance in Ukraine in 2010-2020
6.7. Sulfoammophos consumption balance in Uzbekistan in 2010-2020
6.8. Sulfoammophos consumption balance in other CIS countries in 2010-2020
VII. Trade policy in the CIS
7.1. Measures of state and customs regulation: preferences, taxes, certification, quality standards
7.2. Entry barriers for new producers
7.3. Import substitution policy
VIII. Forecast of production and consumption of sulfoammophos in Russia, Kazakhstan, Uzbekistan and Ukraine for the period up to 2030
Appendix. Contact information of manufacturers and consumers of sulfoammophos in Russia and the CIS
Table 1. Composition of NPS fertilizers manufactured by Mosaic Company
Table 2. Composition of NPS fertilizers produced by OCP Group
Table 3. Composition of sulfoammophos produced by Agropolychim AD
Table 4. Composition of NPS fertilizers produced by TOROS Corporation
Table 5. Composition of NPS fertilizers manufactured by Nippon Jordan Fertilizer Company
Table 6. Main world exporters of NP/NPS fertilizers in 2010-2020, thousand tons
Table 7. Main world importers of NP/NPS fertilizers in 2010-2021, thousand tons
Table 8. Average annual export prices of the world's main suppliers of NP/NPS fertilizers in 2010-2020, $/t
Table 9. Average annual export prices of the main world suppliers of NP/NPS fertilizers in 2010-2020, $/t
Table 10. Consumption rates of raw materials and energy resources for the production of sulfoammophos NP 20:20
Table 11. Consumption rates of raw materials and energy resources for the production of sulfoammophos NP 16:20
Table 12. Consumption rates of raw materials and energy resources for the production of sulfoammophos NP 14:34
Table 13. Phosphoric acid production capacities of Russian sulfoammophos producers
Table 14. The volume of deliveries of phosphate raw materials to Russian producers of sulfoammophos in 2018-2020, thousand tons
Table 15. The volume of export supplies of phosphate raw materials and the average annual export prices of Kazakhstan in 2018-2020
Table 16. The volume of imports of phosphate raw materials in Ukraine in 2016-2020, thousand tons
Table 17. The volume of imports of phosphate raw materials in Belarus in 2016-2020, thousand tons
Table 18. Sulfuric acid production capacities of Russian sulfoammophos producers
Table 19. Volume of sulfur supplies to Russian producers of sulfoammophos in 2015-2020, thousand tons
Table 20. Import volume of sulfur to Ukraine and Belarus in 2015-2020, thousand tons
Table 21. Ammonia production in Russia in 2000-2020, thousand tons
Table 22. Foreign economic transactions with ammonia in Belarus in 2015-2020, thousand tons
Table 23. Foreign economic transactions with ammonia of Ukraine in 2015-2020, thousand tons
Table 24. The volume of imports of ammonia from Kazakhstan in 2015-2020, thousand tons
Table 25. Technical characteristics of sulfoammophos produced by PJSC PhosAgro
Table 26. Technical characteristics of sulfoammophos produced by JSC MCC EuroChem
Table 27. Technical characteristics of sulfoammophos produced by Almaz Fertilizers LLC
Table 28. Sulfoammophos production in the Russian Federation in 2010-2021, thousand tons
Table 29. Main types of products manufactured by sulfoammophos producers in Russia
Table 30. PhosAgro’s output of phosphate raw materials and phosphate fertilizers in 2016-2021, mmt
Table 31. PJSC PhosAgro’s production volume of raw materials in 2016-2021, mmt
Table 32. Forecast of an increase in fertilizer production (excluding feed phosphates) by 2025 by production sites, mln t
Table 33. Forecast of an increase in the production of fertilizers (without feed phosphates) by 2025 by product type, million tons
Table 34. Planned indicators for the development of the main divisions of PJSC PhosAgro
Table 35. Sales volume of MCC EuroChem JSC in 2018-2021, thousand tons
Table 36. Sales volume of EuroChem JSC products in 2019-2021, thousand tons
Table 37. Main financial indicators of EuroChem JSC in 2017-2021, $ mln
Table 38. Key financial performance indicators of EuroChem-BMU LLC in 2015-2020, million rubles
Table 39. Specifications of sulphoammophos manufactured by Grossdorf
Table 40. The volume of export deliveries of sulfoammophos of the Russian Federation by directions in 2010-2021, thousand tons
Table 41. The volume of foreign economic transactions with NPS fertilizers in Kazakhstan in 2010-2020, thousand tons
Table 42. The volume of foreign trade operations with NP / NPS fertilizers in Uzbekistan in 2010-2020, thousand tons
Table 43. Import volume of Ukraine NP/NPS fertilizers in 2010-2020, thousand tons
Table 44. The volume of Turkey's foreign trade operations with NP/NPS fertilizers in 2010-2020, thousand tons
Table 45: Average annual import prices for NPS fertilizers in Ukraine in 2010-2020, $/t
Table 46. Average annual export and import prices for NPS fertilizers in Turkey in 2010-2020, $/t
Table 47. Average annual import prices for NPS fertilizers in Ukraine in 2010-2020, $/t
Table 48. Price forecast for natural gas, diammonium phosphate, phosphate raw materials for the period up to 2030, $/mmbtu, S/t
Table 49. Production-demand balance of sulfoammophos in Russia in 2010-2021
Table 50. Sulfoammophos recipients in Russia
Table 51. Forecast of production / consumption of sulfoammophos in the CIS countries until 2030, thousand tons
Figure 1. The world's largest producers of phosphate raw materials in 2019-2020, million tons
Figure 2. The world's largest producers of phosphate fertilizers in 2019, Mt P2O5
Figure 3. Dynamics of production of phosphoric acid and phosphate fertilizers by OCP Group companies (Morocco) in 2017-2020, million tons
Figure 4. Dynamics and structure of world exports of NP/NPS fertilizers
Figure 5. Dynamics and structure of world imports of NP/NPS fertilizers
Figure 6. Dynamics of spot prices for DAP/MAP in 2007-2021, $/t
Figure 7. Dynamics of average annual export prices of the main world suppliers of NP/NPS fertilizers in 2010-2020, $/t
Figure 8. Dynamics of average annual export prices of the main world suppliers of NP/NPS fertilizers in 2010-2020, $/t
Figure 9. Dynamics of world trade in DAP, MAP and NPS in 2010-2020, million tons
Figure 10. Scheme for the production of granulated ammophos with a BGS apparatus (based on concentrated pulp)
Figure 11. Schematic diagram of the production of sulfuric acid from natural sulfur
Figure 12. Dynamics of apatite concentrate production in Russia in 2010-2020, Mt P2O5
Figure 13. Dynamics and structure of sulfoammophos production in Russia in 2010-2021, %
Figure 14. Dynamics of production of phosphate fertilizers in Kazakhstan (thousand tons of P2O5) and Kazphosphate LLP (thousand tons of P2O5 and thousand tons in physical terms) in 2010-2020
Figure 15. Dynamics of production of phosphate fertilizers in Uzbekistan in 2015-2021, thousand tons P2O5
Figure 19. Dynamics and structure of exports of sulfoammophos to the Russian Federation in 2010-2021, thousand tons
Figure 20. The structure of exports of sulfoammophos in Russia by regions of departure in 2015-2021 %
Figure 21. Dynamics and structure of imports of NP/NPS fertilizers in Ukraine in 2010-2020, thousand tons
Figure 22. Dynamics of Turkey's foreign trade operations with NP/NPS fertilizers in 2010-2020, thousand tons
Figure 23. Dynamics of domestic prices in Russia for sulfoammophos in 2020-2021, thousand rubles/t (including VAT)
Figure 24. Dynamics of Russian export prices for sulfoammophos in 2010-2020, $/t
Figure 25. Dynamics of average annual export prices for NPS fertilizers in Ukraine in 2010-2020, $/t
Figure 26. Dynamics of spot prices for diammonium phosphate (DAP) in 2011-2021, $/t, f.o.b. US Gulf
Figure 27. Price dynamics for sulfoammophos in 2018-2022, $/t
Figure 28. Dynamics of contract prices for phosphate ore produced in Morocco in 2011-2021, $/t, 70% BPL, f.a.s. Casablanca
Figure 29. Dynamics of production, export and consumption of sulfoammophos in Russia in 2010-2021, thousand tons
Figure 30. Structure of sulfoammophos consumption in Russia by federal districts in 2016-2020
Figure 31. Dynamics of sulfoammophos consumption in Kazakhstan in 2016-2021, thousand tons
Figure 32. Dynamics of consumption of NPS fertilizers in Ukraine in 2010-2020, thousand tons
Figure 33. Dynamics of production of phosphate fertilizers (million tons of P2O5) and sulfoammophos (million tons) in Russia in 2010-2020
