A new approach to determine the reverse logistics-related issues of smart buildings focusing on sustainable architecture

Introduction: As the disposal of materials and commodities in management construction projects has evolved into a critical issue, certain building are likely to be thrown away as rubbish at end structure’s useful life. However, tearing down houses dumping huge amounts garbage landfills not best feasible solutions problem. The depletion loss on project site exacerbated by significant amount waste generated during construction. rebuilding previously existing buildings two other methods contributing production. Trash that is effective possible become need light natural resources raw materials, well rise pollution brought from projects. One technique might taken address these challenges implementation concepts related reverse logistics (RL). By considering energy utilizing sustainability environmental criteria, this study aims identify inverse issues smart building. Methods: An integrated method multi-criteria decision-making called MARCOS ordinal priority approach (OPA) for ranking weighing criteria presented study. Results: findings indicate out 23 must overcome implement effectively achieve industry, one with most weight impact “Workforce errors mistakes execution.” Discussion: ten potential solutions, “determining part program” “strategic collaboration partners” offer viable options resolving issue overcoming obstacles.