Optimizing Construction Waste Recycling: Strategies, Technologies, and Environmental Impacts

Abstract

The increased worldwide building activity has resulted in an increase in trash output, posing serious environmental issues. As a result, the construction sector is increasingly concentrating on improving waste recycling processes in order to reduce its environmental imprint. This research article goes into the complex world of building waste recycling, analyzing tactics, technology, and the environmental consequences. The paper evaluates important recycling technologies such as source separation, on-site processing, and off-site recycling centers using a comprehensive literature analysis. The research investigates the significance of developing technologies in recycling efficiency, such as robotic sorting systems, enhanced material separation techniques, and digital platforms. The environmental ramifications are investigated, including reduced landfill consumption, energy savings, and lower greenhouse gas emissions. Real-world case studies shed light on successful garbage recycling initiatives, emphasizing the economic, environmental, and societal advantages. The article finishes by addressing construction waste recycling issues and possibilities, highlighting the necessity of stakeholder engagement, legislative assistance, and innovative technology in supporting sustainable waste management practices.