Chemicals, used as flotation agents. Production and consumption in Russia

The handbook is devoted to review of markets of chemicals, used as flotation agents. The handbook includes data on 11 most widespread agents, contains 104 pages, including 81 Tables. As information sources, we used data of Rosstat, Inter-state Committee on Statistics of CIS countries, Federal Customs Service of Russia, official domestic railage statistic of JSC RZhD (former Ministry of Railway Transport of Russia), sectoral (industrial) and regional press, annual and quarterly reports of companies, data from web-sites of company-producers, as well as State Standards and scientific-research publications in field of concentration of mineral resources.
            Information is presented by the following manner: 1) properties of agent; 2) methods of production; 3) dynamics and structure of production; 4) foreign trade; 5) balance and structure of consumption; 6) technical requirements; 7) consumption of agent by mining-concentrating companies; 8) contact information on producers of agent.
            Statistic data on production are presented for the period of 2001-2006.

Table of content

1. Potassium butyl xanthate
1.1. Properties
1.2. Methods of production
1.3. Production: dynamics and structure
1.4. Foreign trade
1.5. Balance and structure of consumption
1.6. Technical requirements, imposed on potassium butyl xanthate
1.7. Consumption by mining-concentrating companies
1.8. Contact information on producers

2. Tall oil
2.1. Properties
2.2. Methods of production
2.3. Production: dynamics and structure
2.4. Foreign trade
2.5. Balance and structure of consumption
2.6. Technical requirements
2.7. Consumption by mining-concentrating companies
2.8. Contact information on producers

3. Sodium sulfide
3.1. Properties
3.2. Methods of production
3.3. Production: dynamics and structure
3.4. Foreign trade
3.5. Balance and structure of consumption
3.6. Technical requirements
3.7. Consumption by mining-concentrating companies
3.8. Contact information on producers

4. Water glass
4.1. Properties
4.2. Methods of production
4.3. Production: dynamics and structure
4.4. Foreign trade
4.5. Balance and structure of consumption
4.6. Technical requirements
4.7. Consumption by mining-concentrating companies
4.8. Contact information on producers

5. Sodium cyanide
5.1. Properties
5.2. Methods of production
5.3. Production: dynamics and structure
5.4. Foreign trade
5.5. Balance and structure of consumption
5.6. Technical requirements
5.7. Consumption by mining-concentrating companies
5.8. Contact information on producers

6. Carboxymethyl cellulose
6.1. Properties
6.2. Methods of production
6.3. Production: dynamics and structure
6.4. Foreign trade
6.5. Balance and structure of consumption
6.6. Technical requirements
6.7. Consumption by mining-concentrating companies
6.8. Contact information on producers

7. Caustic soda
7.1. Properties
7.2. Methods of production
7.3. Production: dynamics and structure
7.4. Foreign trade
7.5. Balance and structure of consumption
7.6. Technical requirements
7.7. Consumption by mining-concentrating companies
7.8. Contact information on producers

8. Soda ash
8.1. Properties
8.2. Methods of production
8.3. Production: dynamics and structure
8.4. Foreign trade
8.5. Balance and structure of consumption
8.6. Technical requirements
8.7. Consumption by mining-concentrating companies
8.8. Contact information on producers

9. Copper vitriol
9.1. Properties
9.2. Methods of production
9.3. Production: dynamics and structure
9.4. Foreign trade
9.5. Balance and structure of consumption
9.6. Technical requirements
9.7. Consumption of mining-concentrating companies
9.8. Contact information on producers

10. Zinc vitriol
10.1. Properties
10.2. Methods of production
10.3. Production: dynamics and structure
10.4. Foreign trade
10.5. Balance and structure of consumption
10.6. Technical requirements
10.7. Consumption by mining-concentrating companies
10.8. Contact information on producers

11. Sulfuric acid
11.1. Properties
11.2. Methods of production
11.3. Production: dynamics and structure
11.4. Foreign trade
11.5. Balance and structure of consumption
11.6. Technical requirements
11.7. Consumption by mining-concentrating companies
11.8. Contact information on producers

12. Other flotation agents

Conclusion

References

List of Tables:

Table 1. Dynamics of production of potassium butyl xanthate in 2001-2006, kt
Table 2. Dynamics of export and import of potassium butyl xanthate in 2001-2006, kt
Table 3. Balances of production and consumption of potassium butyl xanthate in 2001-2005, kt
Table 4. Technical requirements, imposed on potassium butyl xanthate
Table 5. Consumption of potassium butyl xanthate by mining-concentrating companies in 2005-2006, kt
Table 6. Characteristics of tall oil
Table 7. Dynamics of production of tall oil in 2001-2006,
Table 8. Dynamics of export and import of tall oil in 2001-2006, kt
Table 9. Balances of production and consumption of tall oil in 2001-2006, kt
Table 10. Structure of consumption of tall oil by branches industry in 2006, %
Table 11. Consumption of tall oil by mining-concentrating companies in 2005-2006, kt
Table 12. Dynamics of production of sodium sulfide and sodium hydrosulfide in 2001-2006, kt
Table 13. Dynamics of export and import of sodium sulfide in 2001-2006, kt
Table 14. Dynamics of export and import of sodium hydrosulfide in 2001-2006, kt (in equivalent of solid)
Table 15. Balances of production and consumption of sodium sulfide and sodium hydrosulfide in 2001-2006, kt
Table 16. Structure of consumption of sodium sulfide and sodium hydrosulfide by branches industry in 2005, %
Table 17. Grades and end-uses of sodium sulfide
Table 18. Norms of physico-chemical parameters of sodium sulfide
Table 19. Norms of physico-chemical parameters of sodium hydrosulfide
Table 20. Consumption of sodium sulfide and sodium hydrosulfide by mining-concentrating companies in 2005-2006, kt
Table 21. Dynamics of production of solid silicate in 2001-2006, kt
Table 22. Dynamics of export and import of solid silicate in 2001-2005, kt
Table 23. Balances of production and consumption of water glass in 2001-2005, kt
Table 24. Structure of consumption of silicates of sodium and potassium by branches industry in 2005, %
Table 25. Parameters of grade of water glass
Table 26. Parameters of grade of water glass
Table 27. Parameters of grade of water glass, produced by JSC "Skopinsky glass plant"
Table 28. Consumption of silicates of sodium and potassium by mining-concentrating companies in 2005-2006, kt
Table 29. Physical properties of sodium cyanide
Table 30. Dynamics of production of sodium cyanide in 2001-2006, kt
Table 31. Dynamics of export and import of sodium cyanide in 2001-2005, kt
Table 32. Balances of production and consumption of sodium cyanide in 2001-2006, kt
Table 33. Structure of consumption of sodium cyanide by branches industry in 2005, %
Table 34. Technical characteristics of technical sodium cyanide (to GOST 8464-79)
Table 35. Consumption of sodium cyanide by mining-concentrating companies in 2005-2006, kt
Table 36. Dynamics of production of carboxymethyl cellulose in 2001-2006, kt
Table 37. Dynamics of export and import of carboxymethyl cellulose in 2001-2006, kt
Table 38. Balances of production and consumption of carboxymethyl cellulose in 2001-2006, kt
Table 39. Structure of consumption of carboxymethyl celluloseby by branches industry in 2005, %
Table 40. Technical characteristics of carboxymethyl cellulose
Table 41. Consumption of carboxymethyl cellulose by mining-concentrating companies in 2005-2006, kt
Table 42. Dynamics of production of caustic soda in 2001-2006, kt (in equivalent of 100% NaOH)
Table 43. Dynamics of export and import of caustic soda in 2001-2006, kt
Table 44. Balance of production and consumption of caustic soda in 2001-2006, kt
Table 45. Structure of consumption of caustic soda by by branches industry in 2005, %
Table 46. Requirements, imposed on quality of caustic soda, according to GOST 2263-79
Table 47. Requirements, imposed on quality of caustic soda, according to GOST 11078-78
Table 48. Requirements, imposed on quality of caustic soda, according to GOST 4328-77
Table 49. Consumption of caustic soda by some mining-concentrating companies in 2005-2006, kt
Table 50. Dynamics of production of soda ash in 2001-2006, kt
Table 51. Dynamics of export and import of soda ash in 2001-2006, kt
Table 52. Balance of production and consumption of soda ash in 2001-2006, kt
Table 53. Structure of consumption of soda ash by branches industry in 2005, %
Table 54. Requirements, imposed on quality of soda ash of grade À (according to GOST 5100-85)
Table 55. Requirements, imposed on quality of soda ash of grade B (according to GOST 5100-85)
Table 56. Requirements, imposed on quality of soda ash (according to GOST 10689-75)
Table 57. Consumption of soda ash by some mining-concentrating companies in 2005-2006, kt
Table 58. Dynamics of production of copper vitriol in 2001-2006, kt
Table 59. Dynamics of export and import of copper vitriol in 2001-2006, kt
Table 60. Balances of production and consumption of copper vitriol in 2001-2006, kt
Table 61. Technical requirements, imposed on copper vitriol
Table 62. Consumption of copper vitriol by some mining-concentrating companies in 2005-2006, kt
Table 63. Dynamics of production of zinc vitriol in 2001-2006, kt
Table 64. Dynamics of export and import of zinc vitriol in 2001-2006, kt
Table 65. Balances of production and consumption of zinc vitriol in 2001-2006, kt
Table 66. Structure of consumption of zinc vitriol by branches industry in 2005, %
Table 67. Technical requirements, imposed on zinc vitriol, according to GOST 8723-82
Table 68. Technical requirements, imposed on zinc vitriol of production of JSC "Chelyabinsk zinc plant" according to TU (Specification) 647-ÐÊ-002-00928-119-90
Table 69. Consumption of zinc vitriol by mining-concentrating companies in 2005, kt (in solid equivalent)
Table 70. Dynamics of production of sulfuric acid monohydrate in 2001-2006, kt
Table 71. Dynamics of export and import of sulfuric acid in 2001-2006, kt
Table 72. Balance of production and consumption of sulfuric acid in 2001-2006, kt
Table 73. Structure of consumption of sulfuric acid by branches industry in 2005, %
Table 74. Requirements, imposed on quality of grades of sulfuric acid
Table 75. Consumption of sulfuric acid by some mining-concentrating companies in 2005-2006
Table 76. Physico-chemical characteristics of technical oleic acid
Table 77. Supplies of oleic acid to mining-concentrating enterprises in 2004-2006, tonnes
Table 78. Supplies of neonol of JSC "Nizhnekamskneftekhim" to mining-concentrating enterprises in 2002-2006, tonnes
Table 79. Supplies of agent Ò-66 to mining-concentrating enterprises in 2002-2006, tonnes
Table 80. Production of some kinds of products, in production of which flotation agents are used, in 2001-2006.
Table 81. Supplies of flotation agents to mining-concentrating enterprises in 2005

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