Bridging the gaps:Information integration for building element reuse

Disruptions in information flows are widely recognised as a major challenge <br/>hindering building element reuse. Information integration across deconstruction processes serves as an imperative solution. Despite this, empirical insights into the information integration aimed at element reuse, particularly from the perspective of demolishers, remain limited. Using a multiple-case study methodology, this research explores mechanisms influencing information integration across three deconstruction <br/>activities, namely, identifying, harvesting, and distributing reusable building <br/>elements. Three case studies were purposefully selected to represent deconstruction practices in the Netherlands: an outpatient clinic, a brick factory, and an office building. Qualitative data were collected through 17 semi-structured interviews, documentation, and field visits. This study contributes to the understanding of three mechanisms, namely, applying reuse-oriented information methods, coordinating the circular value chain and matching reuse supply and demand. Through these mechanisms, effective information integration can be attained for reducing uncertainties in deconstruction projects. This study guides further research and practices to improve information integration in the demolition industry, ultimately promoting building element reuse and contributing to a regenerative built environment.