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6765250 
Journal Article 
Capture of nitrogen, sulfur and carbon oxides and acid, chlorine, and bromine vapors and their conversion into salts on fabrics with an ion-conducting porous surface layers 
Tsivadze, AYu; Titova, VN; Yavich, AA; Krasil'nikova, OK; Shapokhina, OP; Fridman, AYa; Morozova, EM; Sokolova, NP; Voloshchuk, AM; Petukhova, GA; Bardyshev, II; Gorbunov, AM; Polyakova, IYa; , 
2013 
1 
Theoretical Foundations of Chemical Engineering
ISSN: 0040-5795
EISSN: 1608-3431 
MAIK NAUKA/INTERPERIODICA/SPRINGER 
NEW YORK 
47 
1 
79-82 
English 
WOS:000315096300014 
Fabrics with a porous ion conducting surface for adsorption electrochemical capturing of nitrogen, sulfur, and carbon oxides and acid, chlorine, and bromine vapors are promising for efficient solution of environmental problems associated with industrial processes and provide means to convert hazardous waste into valuable products. The fabric whose fibers are encapsulated in carbon containing PVC whose surface is modified with porous layers of ethanol cyclams filled with sodium hydroxide hydrates was prepared via the following procedure. Cotton gauze was impregnated with a suspension of commercial activated carbon ART-1 in a PVC solution in a mixture of tetrahydrofuran (THF) and benzyl alcohol. When the fabric is the anode, its surface releases oxygen in the anode, cathode, and adsorption compartments. Therefore, the electrooxidation of adsorbed substances can take place on the fabric surface.