What is it about?
The review paper aims to uncover system-wide waste in the construction industry and its connection to construction phases, 5M (men, materials, machines, methods, and measurement), and impacting factors using a systematic literature review. The study identified ten interconnected system-wide waste types in the construction industry and emphasized their connectivity beyond traditional factors like material, labour, and time. The article provides insights into construction system-wide waste and offers strategies for waste reduction and productivity improvement, emphasizing the connectivity of waste to construction phases, 5M, and performance factors.
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Why is it important?
This insightful article delves into the widespread issue of construction-related waste and its interconnectedness, aiming to enhance industry awareness and drive efforts to minimize waste. The article underscores the intricate links between system-wide waste and the 5Ms, offering valuable insights into the root causes of waste. Furthermore, it explores how system-wide waste, 5Ms, and P, D, A, R, and C are intertwined, ultimately impacting the overall performance of organizations. The practical and theoretical implications are far-reaching, contributing to a deeper understanding of waste types and facilitating more accurate data collection for waste reduction and productivity enhancement. Operational managers can leverage waste tracking to compare projected and actual resources at each process stage. This article sheds light on the connections between system-wide waste, 5Ms, and P, D, A, R, and C, suggesting that the construction industry is now better positioned to pinpoint the underlying causes of waste. The theoretical implications offer academics an enriched understanding of the linkages between waste, 5Ms, and P, D, A, R, and C, paving the way for new insights and expanded knowledge.
Perspectives
This article is a significant milestone as it marks the first attempt to categorize and illuminate the ten types of waste in the construction industry. It also reveals how these are connected to construction phases, 5M, and various impacting factors. This unique perspective on waste in the construction industry will likely capture the attention of academics, researchers, and industry professionals, offering valuable insights for all stakeholders involved.
Mahesh Babu Purushothaman
Auckland University of Technology
Read the Original
This page is a summary of: System-wide construction waste and their connectivity to construction phases, impacting 5M factors and effects: a systematic review, Smart and Sustainable Built Environment, July 2023, Emerald,
DOI: 10.1108/sasbe-12-2022-0269.
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