Deformation of Waste Inner Tube Tyre into Valorized Reused Petrochemicals Through Pyrolysis Process

Abstract

Provides a comprehensive overview of rubber tyre types and their diverse applications. Furthermore, the chapter addresses the critical issue of waste rubber tyres, exploring the environmental impact and challenges associated with their disposal. Waste tyres were analyzed by thermogravimetric analysis (TGA) for thermal stability. Valorized reused petrochemicals are obtained by pyrolysis process through a glass reactor. The volume of liquids, gases, and residues from waste tyre was 100 gm (Gram) whose conversion rate in liquid hydrocarbons was 64 %, light gases 12.20 % and residue 23.80 %. Liquids, gases, and residues from waste tyre 90 gm plastic were collected, waste inner tube tyre plastic whose conversion rate in liquid hydrocarbons was 55 %, light gases 18.55 %, and residue 26.45 %. Liquids, gases, and residues from waste inner tube tyre 85 gm plastics whose conversion rate in liquid hydrocarbon was 64 %, light gases 11.64 %, and residue 24.36 %. GC-MS and FT-IR analyzed valorized reused petrochemicals obtained from the various types of green petrochemicals. Valorized reused petrochemicals can be used in the petrochemical industries for raw materials.