Implementation of Material Optimization and Sustainable Waste Management Strategies in Industrial Warehouse Construction

Abstract

Industrial warehouse construction has seen exponential growth globally due to the rise of e-commerce and logistics hubs. However, this sector consumes vast amounts of raw materials and generates significant construction and demolition (C&D) waste. This paper investigates methods for material optimization and sustainable waste management specifically tailored for industrial warehouse projects. By evaluating modern construction techniques like Pre-Engineered Buildings (PEB) and implementing on-site waste segregation, the study demonstrates a significant reduction in material wastage. A quantitative analysis reveals that adopting steel optimization and recycling concrete/aggregate waste can reduce overall project costs by up to 10.5% while minimizing the carbon footprint. The findings provide a comprehensive, rigorous framework for site engineers and project managers to execute cost-effective and eco-friendly warehouse construction workflows globally.

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