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Description
Sustainability in construction is a key focus in modern building practices, driven by the need to reduce environmental impact while maintaining structural integrity. Hollow Core Slabs (HCSs) are widely used structural components in the construction industry, making it essential to assess their environmental impact throughout their lifecycle, including their potential for reuse. This research highlights the benefits of repurposing HCSs as a sustainable alternative to demolition, emphasizing their role in reducing the construction industry’s ecological footprint and promoting a circular economy. It emphasizes the importance of reducing material waste and minimizing the industry's environmental impact. The study goes beyond theoretical assessments by incorporating practical evaluations of existing structural connections and developing guidelines to facilitate HCS reuse. A mixed-method approach, combining both qualitative and quantitative analysis, was employed to ensure comprehensive insights. Additionally, the study provides practical guidelines for pre-disassembly evaluation, disassembly, and testing, optimizing the reuse process. Finally, the findings demonstrate that prefabricated HCSs significantly contribute to sustainable construction practices.
