Provide a Combined Model of Q-Analysis and Interpretation of Environmental Risk of Technologically Sustainable Supply Chain

The Purpose of this research is Provide a Combined Model of Q-Analysis and Interpretation of Environmental Risk of Technologically Sustainable Supply Chain.

Based on this, first, the components and propositions of the risks of the sustainable were identified by the research experts and then, based on the link analysis, which includes the analysis of internal links and the relationships between links and the systemic impact of links to determine the most important element of a connection between the statements of components related to the technological risks sustainable supply chain.

Accordingly, the three components of the economic risk of a sustainable technological supply chain; the social risk of the technologically stable supply chain and the environmental risk of the technologically sustainable supply chain were determined in the form of 28 initial propositions, they entered the Delphi analysis section in order to reach the theoretical adequacy level. In this section, 21 final propositions were approved in the second phase of Delphi analysis.

It was also found that the two propositions of lack of desirable standards and lack of institutional oversight in waste control and the impact of natural disasters due to the geographical impossibility of technology development are considered as the most effective environmental risk measures of sustainable supply chain.