Abstract
In the context of sustainable development, green supply chain, as a whole-process environmental management model, provides a good implementation path for the development and utilization of prefabricated buildings. However, the green supply chain operation of prefabricated buildings in a complex social network environment involves many risk factors, which seriously affect the realization of the green supply chain management goals. This research first identifies risk factors based on the perspective of stakeholders, and then uses fsQCA to analyze the risk factors in the green supply chain of prefabricated buildings, and identifies four configurations that lead to high risks in the green supply chain of prefabricated buildings. Risk is the main risk that leads to the risk of the green supply chain of prefabricated buildings. The types of core risks involved mainly include externality risks, organizational management risks, and manufacturing risks. This research provides an effective method for evaluating and reducing risks in the green supply chain of prefabricated buildings, and improves the effectiveness and accuracy of risk control by all participants.
Highlights
Compared with traditional buildings, prefabricated buildings have changed the previous mode of production in the construction industry, focusing on integrated production, and there are many participating companies with a high degree of vertical integration
Configuration H2 shows that when environmental risk is missing as a core condition, organizational management risk is the core condition leading to high risks in the green supply chain of prefabricated buildings, and other internal risks exist as marginal conditions
Based on the full life cycle of prefabricated buildings and the configuration perspective, this research incorporates prefabricated building green supply chain risk factors into a common research framework through fsQCA, and identifies four main configurations that lead to prefabricated green supply chain risks
Summary
Compared with traditional buildings, prefabricated buildings have changed the previous mode of production in the construction industry, focusing on integrated production, and there are many participating companies with a high degree of vertical integration It emphasizes the integration of technology, information, capital and management, and pursues "greening" at each stage of the entire life cycle. In this context, the implementation of green supply chain management for prefabricated buildings has become an effective way to enhance the core strength and economic performance of the enterprise, save resources, protect the environment, and alleviate the contradictions among the economy, environment and society. The existence of many risk factors will make the entire life cycle of prefabricated buildings have a complicated influence relationship, and seriously disrupt the operation of the green supply chain. The research results are helpful to improve the risk management knowledge system of prefabricated building green supply chain, and help practitioners to deal with these risks more effectively
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