Solid Sorbents used for Purification of Gases in Russia and the world: Production, Market and Forecast

Abstract

1. A brief overview of the world market of sorbents for gas cleaning

Synthetic zeolites

Natural zeolites

Activated carbon

Silica gel

Lime (calcium hydroxide)

2. Nomenclature, types and brands of sorbents for industrial gas cleaning

3. Characteristics of gas-cleaning processes, where the use of sorbents and key sectors of the gas purification

4. The market of sorbents for gas cleaning

4.1. Activated carbon

General characteristics, quality requirements

The production of activated carbon in Russia

Export-import of activated carbon

Prices on activated carbon

The consumption of activated carbon for gas cleaning in Russia

4.2. Synthetic and natural zeolites

General characteristics, quality requirements

Production of synthetic zeolite in Russia

Export-import of synthetic zeolite

The consumption of synthetic zeolites for the purification of gases in Russia

4.3. Silica gel

General characteristics, quality requirements

Production of silica gel in Russia

Export-import of silica gel in Russia

Consumption of silica gel in Russia

4.4. Calcium hydroxide, magnesium hydroxide

5. The main findings of the study

Appendix 1: Technical characteristics of sorbents

Appendix 2: Contact information on producers and consumers of sorbents for gas cleaning

Table 1. The volume of world production of natural zeolites in 2010-2016, kt

Table 2: performance of US companies in the extraction and trade of natural zeolite in 2009-2016, t, $/t

Table 3. The world's largest exporters of activated carbon in 2010-2016, kt

Table 4. The world's largest importers of activated carbon in 2010-2016, kt

Table 5. Dynamics of world production of lime in 2010-2016, kt

Table 6. The world's major exporters of slaked lime (calcium hydroxide) in 2010-2016, kt

Table 7. The main global importers of slaked lime (calcium hydroxide) in 2010-2016, kt

Table 8. Prospective requirements for newly commissioned equipment coal-fired power plants

Table 9. Sorption the surface area of different sorbents

Table 10. The main figures of financial-economic activity of JSC "Sorbent" in 2010-2013, mln rubles

Table 11. Technical characteristics of the sorbent brand ABG

Table 12. Brand activated carbon of JSC "ENPO Neorganika and for purification of gases

Table 13. Supply of activated carbon of JSC "Experimental chemical plant" rail transport in 2012-2016, tonnes

Table 14. The main figures of financial-economic activity of JSC "ECP" in 2006-2015, million rubles

Table 15. The volume of Russian export of activated carbon to destinations in 2012-2016, tonnes

Table 16. Import volume and average prices on imported activated carbon is the main Russian recipients in 2012-2016, t, $/kg

Table 17. Average export prices of different brands of activated carbon Russian producers, $/kg

Table 18. Specifications on natural zeolites

Table 19. Main groups of synthetic zeolites

Table 20. Applications of synthetic zeolites

Table 21. Facility for the production of synthetic zeolites in the CIS

Table 22. Stamps zeolites, produced by LLC "ishimbayskiy Khimicheskiy Zavod katalizatorov"

Table 23. The volume of deliveries of synthetic zeolites drying of gases for the production of CST Groups in 2010-2016, t

Table 24. Key financial and economic indicators of enterprises KNT Group, mln rubles

Table 25. Stamps zeolites, produced by LLC "Salavat catalyst plant"

Table 26. Key financial and economic indicators of activity of LLC "Salavat catalyst plant", RUB million

Table 27. Brand synthetic zeolites, produced by LLC "ZMS "real Sorb"

Table 28. Brand modified synthetic zeolites production

Table 29. Key financial and economic indicators of activity of LLC ZMS "Real Sorb", million RUB

Table 30. The volume of Russian exports of synthetic zeolite in Russia in 2012-2016, tonnes

Table 31. The volume of exports of synthetic zeolites for General purpose and average export price manufacturers, 2012-2016, t, $/kg

Table 32. The main recipients and the average price of synthetic zeolite for drying, purification, separation of gases, 2012-2016, t, $/kg

Table 33. Requirements for technical quality of silica gel in accordance with GOST 3956-76

Table 34. Production of silica gel in Russia in 2010-2017, t

Table 35. The volume of imports of silica gel for drying and purification of gas in Russia in 2012-2016, tonnes

Table 36. Average export prices on silica gel to Russian consumers in 2012-2016, $/kg

Table 37. The volume of export supplies of silica gel in Russia in 2012-2016, tonnes

Table 38. Export prices of Russian producers of silica gel in Russia in 2012-2016, $/kg

Table 39. Technical characteristics of synthetic zeolite NaX (13X) (according to TU 38.10281-88)

Table 40. Technical characteristics of synthetic zeolite NaX-K (oxygen) (13 X) (according to TU 2163-009-05766557-2000)

Table 41. Technical characteristics of synthetic zeolite NaX GDO (13X) (according to TU 2163-017-94262278-2011)

Table 42. Technical characteristics of synthetic zeolite NaA-U (improved) (4A) (according to TU 2163-003-15285215-2006)

Table 43. Technical characteristics of synthetic zeolite CAA (improved) (5A) (according to TU 2163-004-05766557-97)

Table 44. Technical characteristics of synthetic zeolite CA-Y (improved) (3A) (according to TU 2163-006-15285215-2006)

Table 45. Technical characteristics of synthetic zeolite NaX (according to TU 2163-077-05766575-99 Rev. 1-6) and NaX-BS (STO 61182334-005-2011) produced by LLC "Salavat catalyst plant"

Table 46. Technical characteristics of synthetic zeolite, PAA-BS (STO 61182334-006-2011) produced by LLC "Salavat catalyst plant"

Table 47. Technical characteristics of synthetic zeolite KA-BS (according to the 2161-126-05766575-2005) produced by LLC "Salavat catalyst plant"

Table 48. Technical characteristics of synthetic zeolite KA-STS (STO 61182334-027-2014) produced by LLC "Salavat catalyst plant"

Table 49. Technical characteristics of synthetic zeolite CAA-BS (STO 61182334-003-2011) produced by LLC "Salavat catalyst plant"

Table 50. Technical characteristics of synthetic zeolites produced by LLC ZMS "Real Sorb"

Table 51. Technical characteristics of synthetic zeolites of PAA (TU 2163-002-21742510-2004) and PAA-NPG (TU 2163-005-21742510-2004) produced by LLC ZMS "Real Sorb"

Table 52. Technical characteristics of the synthetic zeolites KA (TU 2163-014-21742510-2006) and KA-NPG (TU 2163-009-21742510-2005) produced by LLC ZMS "Real Sorb"

Table 53. Technical characteristics of synthetic zeolite CAA-(TU 2163-015-21742510-2007) produced by LLC ZMS "Real Sorb"

Table 54. Technical characteristics of the active powdery charcoal Ecosorb (TU 2162-236-05795731-2006) production of JSC "Sorbent"

Table 55. Technical characteristics of the active powdery charcoal Flotosorb (TU 2162-325-05795731-2007) production of JSC "Sorbent"

Table 56. Technical characteristics of the powdered active charcoal of the UAF (THE 2162-527-05795731-2012) production of JSC "Sorbent"

Table 57. Technical characteristics of the coal powdered active AGN (TU 6-17-05795748-179-94) production of JSC "Sorbent"

Table 58. Technical characteristics of the coal in the coal-based JSC "Sorbent" for the purification of gases

Table 59. Technical characteristics of the powdered active charcoal Absorber (TU 2162-256-05795731-2006) production of JSC "Sorbent"

Table 60. Technical characteristics of the silica gel IBCS grades and GRADE produced by LLC "Salavat catalyst plant" (GOST 3956-76)

Table 61. Technical characteristics of the silica gel adsorbent microporous ASM produced by LLC "Salavat catalyst plant" (STO 61182334-004-2011)

Table 62. Technical characteristics of the silica gel adsorbent microporous moisture-proof ASM-sun produced by LLC "Salavat catalyst plant" (STO 61182334-012-2012)

Figure 1. The world's largest manufacturers of activated carbon, %

Figure 2. Dynamics of average annual export (China, India, Philippines) and imported (Japan) prices for activated carbon in 2010-2016, $/t

Figure 3. The structure of the global consumption of silica gel, %

Figure 4. Structure of consumption of lime in the United States (2014), %

Figure 5. Dynamics of prices for calcium hydroxide in USA in 2010-2016, $/t

Figure 6. Technological scheme of gas dehydration by solid media

Figure 7. Concept radiochromatography gas system of the VVER-400

Figure 8. Dry gas cleaning from NOx and SO2 and dust using activated carbon and "System Düsseldorf"

Figure 9. Dynamics of production of activated carbon in Russia in 1997 -2016, kt

Figure 10. Dynamics of production of activated carbon of JSC "Sorbent" in years 1997-2016, kt

Figure 11. Structure of production of activated carbon of JSC "Sorbent" by types in 2010-2014, %

Figure 12. Dynamics of export and import of activated carbon in Russia in the years 2001-2016, kt

Figure 13. Dynamics of foreign trade operations with activated charcoal for the purification of gases in Russia in 2012-206, kt

Figure 14. Dynamics of production and consumption of active coals for purification of gases in Russia in 2012-2016, thousand t

Figure 15. Dynamics of production of synthetic zeolite in Russia in the 2005-2016 years., kt

Figure 16. Dynamics of production of synthetic zeolite of JSC "ishimbayskiy Khimicheskiy Zavod katalizatorov" and "sacs" in the 2001-2016, kt

Figure 17. Dynamics of production of synthetic zeolites LLC "Skatz" in 2001-2016, kt

Figure 18. Dynamics of production of synthetic zeolites LLC "ZMS "real Sorb" in 2001-2016, kt

Figure 19. The volume of export-import of synthetic zeolites for the purification of gases in Russia in 2012-2016, tonnes

Figure 20. Dynamics of production-consumption of synthetic zeolite in Russia in 2012-2016, thousand t

Figure 21. Dynamics and structure of production of silica gel in Russia in 2008-2016, t

Figure 22. Dynamics of foreign trade operations of silica gel in 2008-2016, t

Figure 23. Dynamics of export-import of silica gel for the purification of gases in Russia in 2012-2016, tonnes

Figure 24. Dynamics of production and consumption of silica gel in Russia in 2012-2016, kt

Figure 25. Dynamics of mining of oil and natural gas in Russia in 2005-2014, kt, bln m3

Figure 26. Dynamics of extraction of associated petroleum gas in Russia in 2006-2014, billion m3