Electronic Plastic (E-plastic) and Their Biodegradation

Electronic waste (e-waste) has become a significant global concern due to the rapid growth of consumer electronics and technological advancements. Among e-waste components, electronic plastic (e-plastic) is a major contributor, often composed of complex polymer blends with hazardous substances. The improper disposal of e-plastic poses severe environmental and health risks. This study aims to explore the current state of e-plastic waste management, focusing on its biodegradation potential as a sustainable solution. Several biodegradation methods, including natural and synthetic approaches, have been investigated. The role of microorganisms, enzymes, and bioactive compounds in breaking down e-plastic has been studied to understand the mechanisms behind biodegradation. Furthermore, the challenges associated with e-plastic biodegradation, such as the slow degradation rate, limited understanding of microbial communities involved, and potential toxic by-products during degradation, are also discussed. Additionally, the importance of eco-friendly design and sustainable materials selection in electronic manufacturing is emphasized to reduce the environmental impact of e-plastic waste. This research contributes to the growing body of knowledge on e-waste management and the need for sustainable disposal options for e-plastic. By understanding the biodegradation potential of e-plastic, policymakers, industry stakeholders, and researchers can work together to develop effective waste management strategies that prioritize environmental protection and resource conservation.