Study of Sorption Characteristics and Derivatographic Indicators for Obtaining Sorbents from the Solid Residue of Automotive Tire Pyrolysis

This article examines the utilization of local raw materials employing the derivatographic method. Specifically, it explores the potential of granular bentonite sorbents and solid residues from the pyrolysis of automobile tires. This method offers flexibility in adjusting temperature conditions and component ratios to achieve optimal sorbent properties. The resulting sorbents demonstrate high strength and absorbency, indicating promise for applications in industrial wastewater treatment, gas emission control, and other contexts requiring effective pollutant removal. Analyzing granule formation processes across different temperatures enables optimization of sorbent production and enhancement of their characteristics. Evaluating sorption properties and material porosity is crucial, as these factors dictate sorbent effectiveness in pollutant absorption. Overall, this study holds promise in contributing.

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