| 요약2 |
Industrial facilities, once regarded as symbols of urban decline, are now being reinterpreted as significant resources for sustainable urban development. This study explores the principles and applications of Design for Disassembly (DfD) as a methodology for the sustainable regeneration of industrial facilities. By analyzing domestic and international case studies, key strategies such as modular design, non-destructive connections, and the reuse of building materials were identified, demonstrating their potential to optimize dismantling processes, promote resource recycling, and reduce environmental impact. The study highlights the critical role of integrating DfD with Building Information Modeling (BIM) in industrial facility regeneration. BIM enables the optimization of demolition and recycling processes through virtual data modeling, while also facilitating the creation of a database for reusable materials. These approaches enhance resource circulation and sustainability, achieving both cost efficiency and environmental protection. The findings underscore that the successful implementation of DfD depends on a combination of technical solutions and robust policy support, as evidenced by case studies from Europe and North America. This implies the necessity of multidisciplinary approaches and legal and institutional reforms to effectively apply DfD in South Korea’s industrial facility regeneration projects. This research contributes to the development of practical DfD-based design methodologies, offering strategies to maximize environmental, economic, and social value in regeneration projects. By transforming industrial facilities into sustainable urban assets, the study paves the way for promoting resource circulation and enhancing environmental efficiency. Future research should focus on addressing the specific policy and institutional frameworks required for the practical application of DfD in the Korean context. |