Farshid Fakheri - M.Sc., Department of Civil and Environmental Engineering, Amirkabir University of Technology, Tehran,Iran
Fardin Eskafi - Senior Expert in Environment, Environment Department, HSE Management, Iran Khodro Industrial Group(IKCO), Tehran, Iran
Zohreh Mansourian - Head of Environment Department, Environment Department, HSE Management, Iran Khodro IndustrialGroup (IKCO), Tehran, Iran
Seyed Hamid Reza Shahmoradi - Head of HSE Management, Iran Khodro Industrial Group (IKCO), Tehran, Iran

The pervasive issue of plastic waste within the automotive industry presents both a significantenvironmental challenge and an opportunity for innovative waste management solutions. This studyinvestigates the application of pyrolysis technology as a sustainable practice within the context of a circulareconomy. We delineate the process whereby automotive plastic waste is thermally decomposed at hightemperatures in an inert atmosphere, yielding reusable hydrocarbons. Methodologically, our researchconducts a thorough analysis of the pyrolysis conversion rates, quality of the resulting fuels, and theenvironmental impact compared to conventional disposal methods. Empirical data for this study was obtainedthrough a theoretical analysis of existing literature. The findings illuminate that pyrolysis not only reducesthe volume of plastic waste but also contributes to the conservation of resources by transforming waste into aviable secondary raw material. However, the research identifies potential challenges, such as the need forpreprocessing of plastics to remove impurities and the scalability of pyrolysis plants. Our conclusionsadvocate for the integration of pyrolysis technology in the automotive industry, emphasizing its alignmentwith circular economy principles and its potential to mitigate environmental pollution, thereby charting apath for ecologically responsible manufacturing practices.

Pyrolysis, Circular Economy, Sustainability, Plastic Waste Management, Automotive Industry