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Energy management in the construction supply chain is considered an important instrument to reduce the environmental impacts of the construction industry. Sustainable construction through energy conservation is not well accepted in developing countries. Very few studies considered energy-efficient supply chain (EESC), but such studies are scarce in developing countries. Therefore, it is necessary to explore factors contributing to success in the adoption of EESC practices in construction projects. This study aims to analyze critical success factors (CSFs) for EESC in the construction sector of Pakistan. By integrating the Delphi method, ISM, and MICMAC, this study introduced a novel framework to analyze CSFs for EESC. Initially, CSFs were searched from previous literature and screened out with the Delphi method. Later, CSFs were analyzed and classified through ISM and MICMAC. Results show that top-management support, international pressure for EESC, and environmental policy pressure are the most important factors that contribute to the success of EESC adoption. Further, Risk identification and management, awareness of EESC, sustainable Strategic planning, research and development activities, competitive advantage, green manufacturing, and supplier management are the least important factors regarding EESC adoption in the construction industry of Pakistan. These results will contribute by supporting managers to take necessary measures for the effective progress of EESC adoption. Further, it would be useful for governments and policymakers to implement environmentally friendly practices in the construction sector.

Energy-Efficient supply chains in construction industry: An analysis of critical success factors using ISM-MICMAC approach