Evaluating Collection Logistics and Processing Technologies for Post Consumer Ceramic Waste Recovery
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Despite being crucial for applications in electronics, construction, and domestic settings, the ceramics sector is still verylinear, with high post-consumer waste production and resource-intensive manufacturing. In order to hasten the shift toa circular economy, this study suggests a closed-loop supply chain model for ceramics. The possibility of recovering postconsumerceramic waste and reusing it as a secondary raw material in the production cycle is critically examined in thisstudy. To evaluate collection logistics, sorting and processing technologies, material quality standards, and economic viability,a system-level framework is created. The study compares the economic and environmental advantages of circular modelsto conventional linear systems using a case-based methodology and life cycle assessment. Alongside enabling elements likedigital tracking, extended producer responsibility, and industrial symbiosis, major obstacles like contamination, waste streamfragmentation, and regulatory restrictions are noted. In the ceramic value chain, closed-loop strategies can drastically lowerlandfill burden, raw material dependency, and carbon emissions. These findings provide useful information for manufacturers,policymakers, and waste management sectors.
Abstract
Despite being crucial for applications in electronics, construction, and domestic settings, the ceramics sector is still verylinear, with high post-consumer waste production and resource-intensive manufacturing. In order to hasten the shift toa circular economy, this study suggests a closed-loop supply chain model for ceramics. The possibility of recovering postconsumerceramic waste and reusing it as a secondary raw material in the production cycle is critically examined in thisstudy. To evaluate collection logistics, sorting and processing technologies, material quality standards, and economic viability,a system-level framework is created. The study compares the economic and environmental advantages of circular modelsto conventional linear systems using a case-based methodology and life cycle assessment. Alongside enabling elements likedigital tracking, extended producer responsibility, and industrial symbiosis, major obstacles like contamination, waste streamfragmentation, and regulatory restrictions are noted. In the ceramic value chain, closed-loop strategies can drastically lowerlandfill burden, raw material dependency, and carbon emissions. These findings provide useful information for manufacturers,policymakers, and waste management sectors.