Polyacrylamide (PAA) in Russia: Production, Market and Forecast

Introduction

I. Polyacrylamide production technology  and the raw materials used in the industry

I.1. Methods of production of polyacrylamide

I.2. Raw materials for production of polyacrylamide

II. Production polyacrylamide in Russia in 2007-2014

II.1. Quality of polyacrylamide produced in the Russian Federation

II.2. Volumes and structure of production

II.3. Current status of the largest enterprises-producers of polyacrylamides in the Russian Federation

II.3.1. ZAO Solenis Technologies MSP (formerly ZAO Ashland MSP, Perm)

II.3.2. OOO Saratov chemical plant of acrylic polymers Akrypol (Saratov region)

II.3.3. FSE Plant named after Y.M. Sverdlov (Dzerzhinsk, Nizhny Novgorod region)

II.3.4. OOO NPP KF (Volzhsky, Volgograd region)

II.3.5. OAO Poliflok (Leninsk-Kuznetsky, Kemerovo region)

II.4. Perspectives of creation of new capacities on production of polyacrylamide in the Russian Federation

III. Foreign trade operations with polyacrylamide in the Russian Federation in 2007-2015

III.1. Export and import of polyacrylamide

III.2. Tendencies and features of import deliveries

III.3. Brief characteristic of the foreign companies-producers of polyacrylamide, delivering it to enterprises of the Russian Federation

III.3.1. SNF s.a.s. (France)

III.3.2. BASF (Germany)

III.3.3. KEMIRA (Finland)

III.3.4. SOLENIS (formerly ASHLAND, USA)

III.3.5. NALCO (USA)

III.4. Tendencies and features of export deliveries

IV. The review of prices on polyacrylamide in Russia

IV.1. Average domestic prices in 2014

IV.2. Dynamics of average export-import prices in 2007-2015

V. Consumption of polyacrylamide in Russia in 2007-2015

V.1. Balance of productions-consumption

V.2. Largest Russian consumers of polyacrylamide

V.3. Structure of consumption by industries

V.4. Current status and perspectives of development of main industries- consumers of polyacrylamide in Russia

V.4.1. Cleaning natural and drain waters, water treatment

V.4.2. Oil and gas industry

V.4.3. Mining industry

Enrichment of thin classes of coking coals

Production and processing of metals

V.5.4. Pulp and paper industry

V.5.5. Other industries

VI. Forecast of development of the market of polyacrylamide  in Russia for the period up to 2030

Appendix. Contact information of the largest enterprises-producers of polyacrylamide in Russia

Table 1. Ranges of application and purpose of polymers of acrylamide

Table 2. Physical and chemical indicators of polyacrylamide-gel technical of the ammoniac brands on TU 6-01-1049-92

Table 3. Recommended basic brands of flocculants depending on a range of application

Table 4. Requirements to quality of aqueous solutions of polyacrylamide on TU 2414-002-74301823-2007

Table 5. Requirements to quality of granulated polyacrylamide on TU 2414-002-74301823-2007

Table 6. Production of polyacrylamide by the enterprises in the Russian Federation in 2007-2014, tons

Table 7. The largest recipients of polyacrylamide of production of  ZAO Solenis Technologies MSP by railway transport in 2008-2014, tons

Table 8. Some financial performance indicators of  ZAO Solenis Technologies MSP 2008-2014, thousand rubles

Table 9. Ranges of application of polymers of acrylamide of production of OOO Akrypol by brands

Table 10. Largest recipients of polyacrylamide of production of OOO Saratov chemical plant of acrylic polymers Akrypol by railway transport in 2008-2014, tons

Table 11. Some financial performance indicators of OOO Saratov chemical plant of acrylic polymers Akrypol in 2008-2014, thousand rubles

Table 12. Polyacrylamides of productions of FSE Plant named after Y.M. Sverdlov

Table 13. Description of products of OOO NPP KF, released under a trademark ROSFLOK®

Table 14. Some financial performance indicators of OOO NPP KF in 2008-2014, thousand rubles

Table 15. Main qualitative characteristics polyacrylamide-gel technical (TU 2414-002-74301823-2007) of production of OAO Poliflok

Table 16. Largest recipients of polyacrylamide of production of OOO Poliflok by railway transport in 2008-2014, tons

Table 17. Some financial performance indicators of LLC Poliflok in 2012- 2014, thousand rubles

Table 18. Foreign trade with polyacrylamide in the Russian Federation in 2007-2015, tons, thousand $

Table 19. Geographical structure of the Russian import of polyacrylamides in 2007-2015, tons

Table 20. The largest foreign companies-suppliers of polyacrylamide to the Russian Federation in 2011-2015, tons

Table 21. Largest Russian companies-recipients of import polyacrylamide in the Russian Federation in 2011-2015, tons

Table 22. Branded structure of the Russian import of polyacrylamides in 2013-2015, tons, $/ton

Table 23. Geographical structure of the Russian export of polyacrylamides in 2007-2015, tons

Table 24. Largest Russian exporters of polyacrylamides in 2011-2015, tons

Table 25. Branded structure of the Russian import of polyacrylamides in 2013-2015, tons, $/ton

Table 26. Balance of consumption of polyacrylamide in Russia in 2007- 2014, thousand tons

Table 27. Largest recipients of polyacrylamide by the railway transport by the consuming industries in 2012-2014, tons

Table 28. Determination of the dose of flocculant  for sewage treatment

Table 29. Provision of population with water and sewage treatment by municipal services in the federal districts of the Russian Federation in 2007- 2014, billion m3

Table 30. Flocculants used for different technological processes in the mining industry

Table 31. Capacities of the largest Russian ore-dressing plants (2014), million tons ore/year

Table 32. Growth rates of production in some industries of Russia in 2005- 2014, % to a previous year

Table 33. Forecast of consumption of polyacrylamide in Russia by the industries for the period up to 2030, thousand tons, %

Figure 1. Industry structure of world consumption of polyacrylamides in 2014, %

Figure 2. Dynamics of production of polyacrylamide in the Russian Federation in 2007-2014, thousand tons

Figure 3. Shares of the largest enterprises manufacturing polyacrylamide in the Russian Federation in 2007-2014, %

Figure 4. Dynamics of production of polyacrylamide in OOO Saratov chemical plant of acrylic polymers Akrypol in 2007-2014, tons

Figure 5. Dynamics of production of polyacrylamide at FSE Plant named after Y.M. Sverdlov in 2007-2014, tons

Figure 6. Dynamics of export-import transactions with polyacrylamide in the Russian Federation in 2007-2015, tons

Figure 7. Shares of the largest countries-suppliers of polyacrylamides to the Russian Federation in 2007-2014, %

Figure 8. Shares of the largest foreign companies-producers of polyacrylamides in total import of the Russian Federation in 2014, %

Figure 9. Annual average Russian export-import prices on polyacrylamide in 2007-2015, $/ton

Figure 10. Dynamics of the main indicators of the Russian market of polyacrylamide in 2007-2015, thousand tons

Figure 11. Industry structure of consumption of polyacrylamide in the Russian Federation in 2014, % (total consumption is 29.5 thousand tons)

Figure 12. Flow diagram of processing of city drain waters

Figure 13. Providing population with water and sewage treatment by municipal services in the Russian Federation in 2000-2014, billion m3

Figure 14. Shares of the federal districts of RF in the total amount of water treatment by municipal services in 2014, %

Figure 15. Dynamics of oil production (million tons) and gas (billion m3) in Russia in 2006-2015

Figure 16. Forecast of gas production (billion m3) and oil (million tons) in Russia for the period up to 2035

Figure 17. Processing of coals for coking on enrichment plants  of the Russian Federation in 2000, 2005-2014, million tons

Figure 18. Dynamics of the Russian production of copper and zinc concentrates in 2005-2014, thousand tons

Figure 19. Dynamics of production of cellulose, paper and cardboard in Russia in 2000-2014, million tons

Figure 20. Forecast of production and consumption of polyacrylamide   in the Russian Federation for the period up to 2020, thousand tons