V.M. Mukhin, V.V. Chebykin, E.A. Galkin, N.P. Vasil'ev, V.S. Medyanik, and A.N. Tamam'yan, Aktivnye ugli. Elastichnye sorbenty. Katalizatory, osushiteli i khimicheskie poglotiteli na ikh osnove: katalog (Active Carbons. Elastic Sorbents, Catalysts, Desiccants, and Chemical Adsorbents Thereof: Catalog), Mukhin, V.M., Ed., Moscow: Ruda i Metally, 2003, 280 pp.

V.M. Mukhin, V.V. Chebykin, E.A. Galkin, N.P. Vasil'ev, V.S. Medyanik, and A.N. Tamam'yan,... Russian Journal of Applied Chemistry, Vol. 77, No. 6, 2004, p. 1038. Translated from Zhurnal Prikladnoi Khimii, Vol. 77, No. 6, 2004, p. 1051. Original Russian Text Copyright 2004 by Morachevskii, Beloglazov. BOOK REVIEWS V.M. Mukhin, V.V. Chebykin, E.A. Galkin, N.P. Vasil’ev, V.S. Medyanik, and A.N. Tamam’yan, Aktivnye ugli. Elastichnye sorbenty. Katalizatory, osushiteli i khimicheskie poglotiteli na ikh osnove: katalog (Active Carbons. Elastic Sorbents, Catalysts, Desiccants, and Chemical Adsorbents Thereof: Catalog), Mukhin, V.M., Ed., Moscow: Ruda i Metally, 2003, 280 pp. Sorption technologies permit high degrees of puri- tionally endowed with chemisorptive and catalytic powers. fication and high quality of products under minimum energy and capital expenditures. By the present time, Section 3 (pp. 169 248) is focused on active car- sorption materials have significantly grown in impor- bons suitable as supports for catalysts, desiccants, and tance in industrial pollution abatement. Recent devel- chemical adsorbents; these are active carbons with opments in the production of sorption-active materials developed macro- and mesopores. Catalysts, most are successfully applied in industrial and hygienic often metal oxides, are fixed on the carbon surface purification of gases; potable water purification and by impregnation with appropriate salts, followed by production of filters for exhaustive treatment of pota- heat treatment at 110 150 C. Desiccants are active ble water; wastewater treatment; soil protection against carbons impregnated with hydrophilic salts such as residual pesticides and crop yield enhancement; and calcium chloride, lithium chloride, or lithium bro- recovery of precious and rare metals from dilute solu- mide. Presently, three brands of desiccants are man- tions. ufactured; they are most widely used in facilities for respiratory tract protection against carbon monoxide. We brought to readers’ notice a catalog summariz- Active carbon-based chemical adsorbents (23 brands) ing the information about the major sorption-active are used for removal of aggressive or toxic substances materials commercially produced in Russia. The cata- from air; the adsorption is accompanied by a chemical log has five sections, of which Section 1 (pp. 17 152) reaction. Adsorbents are used in apparatus for treat- holds the central position. It is focused on active car- ment of air and gases without regeneration of the sub- bons and has the following subsections: active car- stances sorbed. bons for gas and vapor adsorption; active carbons for Small Section 4 (pp. 249 253) is devoted to reac- adsorption from liquid media; active carbons for soil tivation of spent active carbons. Active carbons are treatment; and medical active carbons. Each brand of produced in the largest volume among sorption-active these active carbons is characterized by its specific materials, and their reactivation is of great interest. preparation procedure, application field, physicochem- Presently, two brands of reactivated carbons are man- ical properties (as specified by the acting technical ufactured commercially. specifications), and manufacturer. On the whole, Sec- Lastly, Section 5 (pp. 254 269) contains informa- tion 1 covers 79 brands of active carbons. tion about carbon materials used in production of ac- Section 2 (pp. 153 168) concerns commercial elas- tive carbons or those prepared from raw materials for tic adsorbents and catalysts thereof. Elastic adsorbents production of active carbons. rank among the today’s most promising technically This well-designed catalog comprises both Russian important materials. Fibrous structure of elastic ad- and English versions. This handbook will certainly be sorbents makes them suitable for manufacturing of of use for those specializing in various applications tapes, fabrics, threads, and fibers. This offers a wide of sorption-active materials. scope for diversified implementation of the corre- sponding processes. Fibrous materials can be addi- A. G. Morachevskii and I. N. Beloglazov 1070-4272/04/7706-1038 2004 MAIK Nauka/Interperiodica http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Russian Journal of Applied Chemistry Springer Journals

V.M. Mukhin, V.V. Chebykin, E.A. Galkin, N.P. Vasil'ev, V.S. Medyanik, and A.N. Tamam'yan, Aktivnye ugli. Elastichnye sorbenty. Katalizatory, osushiteli i khimicheskie poglotiteli na ikh osnove: katalog (Active Carbons. Elastic Sorbents, Catalysts, Desiccants, and Chemical Adsorbents Thereof: Catalog), Mukhin, V.M., Ed., Moscow: Ruda i Metally, 2003, 280 pp.

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Publisher
Kluwer Academic Publishers-Plenum Publishers
Copyright
Copyright © 2004 by MAIK “Nauka/Interperiodica”
Subject
Chemistry; Chemistry/Food Science, general
ISSN
1070-4272
eISSN
1608-3296
D.O.I.
10.1023/B:RJAC.0000044143.05591.6f
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Abstract

Russian Journal of Applied Chemistry, Vol. 77, No. 6, 2004, p. 1038. Translated from Zhurnal Prikladnoi Khimii, Vol. 77, No. 6, 2004, p. 1051. Original Russian Text Copyright 2004 by Morachevskii, Beloglazov. BOOK REVIEWS V.M. Mukhin, V.V. Chebykin, E.A. Galkin, N.P. Vasil’ev, V.S. Medyanik, and A.N. Tamam’yan, Aktivnye ugli. Elastichnye sorbenty. Katalizatory, osushiteli i khimicheskie poglotiteli na ikh osnove: katalog (Active Carbons. Elastic Sorbents, Catalysts, Desiccants, and Chemical Adsorbents Thereof: Catalog), Mukhin, V.M., Ed., Moscow: Ruda i Metally, 2003, 280 pp. Sorption technologies permit high degrees of puri- tionally endowed with chemisorptive and catalytic powers. fication and high quality of products under minimum energy and capital expenditures. By the present time, Section 3 (pp. 169 248) is focused on active car- sorption materials have significantly grown in impor- bons suitable as supports for catalysts, desiccants, and tance in industrial pollution abatement. Recent devel- chemical adsorbents; these are active carbons with opments in the production of sorption-active materials developed macro- and mesopores. Catalysts, most are successfully applied in industrial and hygienic often metal oxides, are fixed on the carbon surface purification of gases; potable water purification and by impregnation with appropriate salts, followed by production of filters for exhaustive treatment of pota- heat treatment at 110 150 C. Desiccants are active ble water; wastewater treatment; soil protection against carbons impregnated with hydrophilic salts such as residual pesticides and crop yield enhancement; and calcium chloride, lithium chloride, or lithium bro- recovery of precious and rare metals from dilute solu- mide. Presently, three brands of desiccants are man- tions. ufactured; they are most widely used in facilities for respiratory tract protection against carbon monoxide. We brought to readers’ notice a catalog summariz- Active carbon-based chemical adsorbents (23 brands) ing the information about the major sorption-active are used for removal of aggressive or toxic substances materials commercially produced in Russia. The cata- from air; the adsorption is accompanied by a chemical log has five sections, of which Section 1 (pp. 17 152) reaction. Adsorbents are used in apparatus for treat- holds the central position. It is focused on active car- ment of air and gases without regeneration of the sub- bons and has the following subsections: active car- stances sorbed. bons for gas and vapor adsorption; active carbons for Small Section 4 (pp. 249 253) is devoted to reac- adsorption from liquid media; active carbons for soil tivation of spent active carbons. Active carbons are treatment; and medical active carbons. Each brand of produced in the largest volume among sorption-active these active carbons is characterized by its specific materials, and their reactivation is of great interest. preparation procedure, application field, physicochem- Presently, two brands of reactivated carbons are man- ical properties (as specified by the acting technical ufactured commercially. specifications), and manufacturer. On the whole, Sec- Lastly, Section 5 (pp. 254 269) contains informa- tion 1 covers 79 brands of active carbons. tion about carbon materials used in production of ac- Section 2 (pp. 153 168) concerns commercial elas- tive carbons or those prepared from raw materials for tic adsorbents and catalysts thereof. Elastic adsorbents production of active carbons. rank among the today’s most promising technically This well-designed catalog comprises both Russian important materials. Fibrous structure of elastic ad- and English versions. This handbook will certainly be sorbents makes them suitable for manufacturing of of use for those specializing in various applications tapes, fabrics, threads, and fibers. This offers a wide of sorption-active materials. scope for diversified implementation of the corre- sponding processes. Fibrous materials can be addi- A. G. Morachevskii and I. N. Beloglazov 1070-4272/04/7706-1038 2004 MAIK Nauka/Interperiodica

Journal

Russian Journal of Applied ChemistrySpringer Journals

Published: Dec 11, 2004

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