Exploring the Sustainability and Social Perceptions of Recycled PET BubbleDeck Slabs in Urban Development: A Case Study in Oman

This study investigates the adoption of recycled PET BubbleDeck slabs in Oman, focusing on sustainability, economic feasibility, social perceptions, and regulatory support. Using a questionnaire-based survey analysed through SPSS, the research explores key determinants, including carbon footprint reduction, material efficiency, life-cycle cost analysis (LCCA), public awareness, and policy frameworks, with stakeholder awareness mediating the relationships. Results demonstrate that BubbleDeck slabs reduce CO2 emissions by 33% and concrete usage by 25%, aligning with Oman Vision 2040’s emphasis on sustainable construction. However, high initial costs and limited public awareness hinder adoption. The study’s regression analysis highlights that sustainability metrics and regulatory support are significant predictors of adoption, with carbon footprint reduction and certifications playing critical roles. Economic feasibility, particularly LCCA, positively impacts adoption, while initial costs present barriers. Public awareness and trust in technology emerged as essential social factors driving acceptance. This research underscores the importance of policy-driven incentives, public education campaigns, and stakeholder collaboration in promoting innovative green technologies. The findings provide actionable insights for policymakers and practitioners to advance sustainable urban development and foster the widespread adoption of BubbleDeck technology in the construction sector.