Conceptualizing a dynamic BIM-based waste management system in enabling net zero cities

This study investigates the possibility of applying building information modeling as a tool for eliminating waste throughout the building life cycle toward achieving net-zero waste in the construction industry. To accomplish this goal, literature was reviewed to identify aspects that necessitate using mechanism in optimizing a sustainable waste management system. A building information modeling-based conceptual framework with a high capacity for implementing net-zero waste management action throughout the building development stages. The results indicate that the tool can generate an effective program for ordering materials, assembling, and supplying all building components during the design phase. Any alterations to the building information model during the design phase are updated automatically. During the procurement phase, 3D geometry can be used for project sequencing, take-offs, and integrating energy analyses. Virtual construction modeling, which is extremely cost-effective, can be used during the construction phase. Furthermore, the tools can be utilized as a waste estimation tool before any demolition or remodelling, as well as to help determine a reasonable price for waste disposal rates, throughout the construction phase. In conclusion, this study demonstrates how waste is minimized and consequently prevented in building construction by integrating dynamic building information modeling tools while enabling the possibility of a net-zero cities.