The construction industry is one of the primary sources of fine dust pollution. Aging labor, occupational health impacts, and stagnant productivity are the concerns within the construction industry. Even though control measures are implemented to reduce exposure to fine dust during construction works, occupational health impacts for construction practitioners still exist. At the worst, it can lead the construction practitioner to premature death or long-term illness. The authors used content analysis with deductive reasoning and a concept based review approach to collate a broader knowledge within the scope of this research. It is found that the research and applications of fine dust emitted from construction equipment are in a progressive stage, but that of the construction activities is still in an early stage. The majority of recent publications in this area of research are associated with the control measures, health impacts, monitoring systems, and emission from the construction activities. However, still, there is no consensus about an appropriate real-time monitoring system or a targeted countermeasure. Researchers and construction practitioners can accommodate significant factors such as the distributional characteristics of different sizes of particles while using different materials and tools for various activities simultaneously. This study will support the future researchers in this area by directing their attention towards research areas such as real-time monitoring of construction dust by considering distributional characteristics of particles and formulation of a standard PM inventory for the construction works. This will in turn advocate for a refined construction practice and in the creation of targeted control measures.

建筑业是粉尘污染的主要来源之一。劳动力老化，职业健康影响和生产率停滞是建筑业关注的问题。尽管已采取控制措施以减少建筑工程过程中的细粉尘暴露，但对建筑从业人员的职业健康影响仍然存在。最坏的情况是，它可能导致建筑从业人员过早死亡或长期患病。作者使用具有演绎推理的内容分析和基于概念的审阅方法来整理本研究范围内的更广泛知识。研究发现，建筑设备散发的细粉尘的研究和应用尚处于发展阶段，但建筑活动仍处于早期阶段。在该研究领域中，大多数最新出版物与控制措施，健康影响，监测系统以及建筑活动的排放有关。但是，对于合适的实时监控系统或有针对性的对策仍未达成共识。研究人员和建筑从业人员可以同时使用各种不同的材料和工具进行多种活动，例如容纳不同大小的颗粒的分布特征等重要因素。这项研究将通过将注意力集中在研究领域，例如通过考虑颗粒物的分布特征和为建筑工程制定标准的PM清单，对建筑粉尘进行实时监控，从而为该领域的未来研究人员提供支持。