Abstract

The possibility of developing activated carbon materials with a high specific surface area is shown. Their classification, the main stages of research and the results obtained are considered. A schematic diagram of the production of a material with a BET specific surface in the range of 2400...2700 m2/g is presented. The main stages of the production of activated carbon material have been determined, including the preliminary carbonization of the carbon raw material, its alkaline activation, and the post-processing of the obtained material (from the pre-preparation of the components and the preparation of the reaction mixture to the subsequent isolation and drying of the finished product). The composition of the equipment and the possibility of a large-scale transition from laboratory to pilot industrial production have been determined.

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