Abstract
This paper examines the physicochemical principles and principles of textile cord recycling to produce adsorbents. The accumulation of used automobile tires and their use as secondary products, coupled with the lack of suitable recycling processes and technologies, has prompted the search for effective ways to recycle worn tires and use them as a promising raw material to produce carbon-containing materials. Textile cord, a byproduct of organic rubber waste recycling, was selected as a substandard raw material to produce carbon-containing materials. The structure formation processes of composites modified with textile wire have been described inconsistently in terms of the mechanism of formation, volume, type, size, and differential porosity. Therefore, this paper presents a comprehensive study of the influence of additives on the properties and structure of composites with the goal of producing porous carbon adsorbents for water and gas purification from textile cord from waste automobile tires.