Associate professor Morgan State University, Maryland, United States
Abstract Submission: Addressing the challenges of electronic waste (e-waste) and solid waste management requires innovative solutions that integrate sustainability with effective waste reduction. This study investigates the use of e-waste plastic and recycled concrete material (RCM) in the production of lightweight concrete, focusing on both material performance and environmental health implications. The research optimized the mixing ratios of e-waste plastic and RCM to create lightweight concrete, assessing its physical properties and durability. A critical component of the study examined the environmental health impacts. The study analyzed the impact on water quality, focusing on pollutant leaching and ensuring that the recycled materials do not contribute to environmental degradation. The results demonstrate that incorporating e-waste plastic and RCM into concrete not only enhances sustainability and waste management but also minimizes environmental impacts. This approach offers a viable method for producing lightweight, durable concrete while addressing concerns related to water quality and solid waste management, contributing to improved environmental health outcomes.
Learning Objectives/Expected Outcome (Optional) : Participants will learn how incorporating e-waste plastic and recycled concrete material (RCM) into lightweight concrete can enhance sustainability, improve material performance, and mitigate environmental health impacts, particularly related to water quality.
