This review looks over the current construction and demolition waste management (C&DWM) situations by scrutinizing the definition, classification, components, compositions, generated sources and causes, impacts of generated construction and demolition wastes (C&DWs), waste management hierarchy (WMH), 3R principles (Reduce, Reuse, and Recycle), Circular Economy (CE), frameworks, tools, and approaches of C&DWM. After reviewing the literature this study contributes to the literature by the following means: (a) suitable working definitions of C&DW and C&DWM are provided, (b) an expanded WMH for construction and demolition operations is presented, (c) frameworks of C&DWM are identified and listed as follows: frameworks based on WMH, including 3R principles and CE concept, frameworks focusing on the quantification, estimation, and prediction of generated C&DW, frameworks focusing on effective and sustainable C&DWM, frameworks focusing economic, social, and environmental performance assessment, frameworks based on multi-criteria analysis (MCA), frameworks based on post-disaster recovery period, and other miscellaneous frameworks, and (d) four categories of tools utilized in C&DWM are identified and explained, namely, approaches employed in C&DWM, information technology (IT) tools employed in C&DWM, multi-criteria decision analysis (MCDA) tools employed in C&DWM, and C&DWM technologies. Moreover, this study also found that CE, and green rating system (GRS) are widely used approaches, Building Information Modeling (BIM), Radio Frequency Identification (RFID), Geographic Information System, and Big Data are the extensively used IT tools, Analytical Hierarchy Process, FUZZY, TOPSIS (Technique for Order Preference by Similarity to the Ideal Solution), Weighted Summation, Elimination and Choice Expressing the Reality II, Elimination and Choice Expressing the Reality III, Evaluation of Mixed Data, and REGIME (REG) are the widely used MCA tools in C&DWM, and Prefabricated Construction and Modular Construction are broadly used C&DWM technologies. Furthermore, it has been observed that the application of the Analytic Networking Process (ANP) and hybridization of ANP, FUZZY, and TOPSIS tools do not catch considerable attention in the literature for conducting MCA, although it yields more precise outcomes. Additionally, most previous research has focused on the estimation of generated C&DW, but less attention has been given to forecasting the generated C&DW due to inadequate available C&DW data. This review article also assists C&DWM practitioners, academics, stakeholders, and contractors in choosing appropriate frameworks and tools for C&DWM while managing C&DW.

本次审查通过仔细审查建筑和拆除废物的定义、分类、成分、组成、产生来源和原因、产生的建筑和拆除废物（C&DW）的影响、废物管理层次（WMH）、3R，审视当前建筑和拆除废物管理（C&DWM）的情况。 C&DWM 的原则（减少、再利用和回收）、循环经济 (CE)、框架、工具和方法。在回顾文献之后，本研究通过以下方式对文献作出贡献：(a) 提供了 C&DW 和 C&DWM 的合适工作定义，(b) 提出了用于建筑和拆除作业的扩展 WMH，(c) 确定了 C&DWM 框架包括：基于WMH的框架，包括3R原则和CE概念；侧重于产生的C&DW的量化、估计和预测的框架；侧重于有效和可持续的C&DWM的框架；侧重于经济、社会和环境绩效评估的框架； (d) 确定并解释了基于多标准分析 (MCA) 的框架、基于灾后恢复期的框架以及其他杂项框架，以及 (d) 确定并解释了 C&DWM 中使用的四类工具，即 C&DWM 中使用的方法、信息技术C&DWM 中使用的 (IT) 工具、C&DWM 中使用的多标准决策分析 (MCDA) 工具以及 C&DWM 技术。此外，本研究还发现，CE和绿色评级系统（GRS）是广泛使用的方法，建筑信息模型（BIM）、射频识别（RFID）、地理信息系统和大数据是广泛使用的IT工具，分析层次过程、FUZZY、TOPSIS（通过与理想解决方案的相似度进行顺序偏好的技术）、加权求和、表达现实的消除和选择 II、表达现实的消除和选择 III、混合数据的评估和 REGIME (REG) C&DWM 中广泛使用的 MCA 工具，装配式建筑和模块化建筑是 C&DWM 中广泛使用的技术。此外，据观察，分析网络过程 (ANP) 的应用以及 ANP、FUZZY 和 TOPSIS 工具的混合在进行 MCA 的文献中并未引起足够的关注，尽管它产生了更精确的结果。此外，之前的大多数研究都集中在生成的 C&DW 的估计上，但由于可用的 C&DW 数据不足，对生成的 C&DW 的预测关注较少。这篇综述文章还帮助 C&DWM 从业者、学者、利益相关者和承包商在管理 C&DW 时为 C&DWM 选择适当的框架和工具。