Managing Construction and Demolition Waste Using BIM: A Comprehensive Review

Abstract

This article provides a thorough analysis of current research on the topic of Revit and Building Information Modelling (BIM) waste management in the building and demolition industries. In order to demonstrate the efficacy of each method, the analysis analyses and contrasts their precision and accuracy. With a precision of 98% and an accuracy of 92%, Han and Abbas (2024) proved to have the most trustworthy and strong system for trash management. Impressive performance with some restrictions in accuracy was demonstrated by Yousfani et al. (2023), who attained a somewhat lower precision of 97% and an accuracy of 87%. In a balanced strategy where accuracy may be more important than precision, Soeiro et al. (2022) achieved a comparatively high accuracy of 91% while displaying the lowest precision at 89%. According to the results, building waste management initiatives need for a delicate balancing act between exactitude and precision. The purpose of this evaluation is to help professionals select the best building information modelling (BIM) approaches to environmentally responsible waste management.