Siberian Federal University

The influence of the different methods of intercalation (chemical and electrochemical) and heat treatment of the natural graphite on the texture and structure derived porous carbon materials was established. It is shown that the samples obtained by chemical intercalation have developed microporous structure represented by pores with width 0,77-0,92 nm. The use of electrochemical intercalation leads to mesoporous carbon materials. The possibility of using compositions based on cellulose solutions and expanded graphite for the construction of new types of porous carbon materials was shown. The structure of cellulose-graphite porous carbon materials was studied by TEM, BET methods/ The influence of the conditions of the carbon supports preparation from an expanded natural graphite on the state of supported palladium particle and and their catalytic activity in liquid phase reactions of hexene-1 and cyclohexene hydrogenation has been studied.