Abstract

E-waste has become a global problem due to the containing of hazardous substances that limit landfill and incineration disposal methods. It can be an opportunity for pyrolysis as a possible treatment method and energy recovery. This research proposal is directed toward enhancing the understanding of the possibility and environmental effects of pyrolysis, which is used for converting e-waste to energy. The investigation will incorporate suitable data analysis systems, models, and processes that will help create accurate and reliable results. The selection of e-waste raw material sample specimens will also be conducted in accordance with ethical and environmental guidelines that align with corporate ecological exploration. The study will incorporate standardized guidelines to ensure it adheres to regulatory principles of environmental governance. A data analysis and interpretation of this study for data will help determine the most favorable condition for better energy recovery and less impact on the environment. The plan for the implementation path regarding the responsible selection of high-risk waste-to-energy technologies will focus on dealing with the regulatory framework, technology assessment, infrastructure development, and stakeholder incorporation. The study sheds light on e-waste disposal policies and offers eco-friendly solutions for e-waste management, decreasing resource wasting and pollution.