Circular Economies and Digital Closed Loop Supply Chains in the GCC

Circular Economies and Digital Closed Loop Supply Chains in the GCC

Today, there is growing interest among manufacturers in general and those competing in the Gulf Cooperation Council (GCC) member-states in particular in identifying sustainable practices. This interest is motivated by a number of factors, including the need for more cost-efficient and environmentally responsible business practices as well as the need for the diversification of fossil fuel dependent economies that characterize these Middle Eastern countries (Al-Qudah & Houcine, 2024). In response to these needs, there has been a corresponding interest in determining how circular economy (CE) practices can be integrated into sustainable digital closed loop supply chains (CLSCs) to achieve these outcomes. To this end, the study purpose of this study is to review the relevant literature to examine the various ways in which CE practices can promote the improved performance of digital CLSCs for manufacturers operating in the GCC region.

Studies of this type are essential to achieving optimal outcomes in this scenario since there remains a paucity of timely and relevant research concerning the precise relationship that exists between CE and digital CLSCs in the GCC’s manufacturing industry. The research to date has focused primarily on the effects on supply chains from integrating CLSCs within a CE and their implications for leadership teams in other jurisdictions, there has not been a comparable interest in determining the manner in which these strategies are regarded by manufacturers within the GCC member-states. Therefore, a dual purpose of this study is to provide a summary of findings from the existing research concerning the most effective approaches to the integration of CE practices in CLSCs and any resulting effects on organizational performance and profitability in the GCC.

Taken together, it is reasonable to suggest that studies of this type stand to make a significant contribution to the existing body of knowledge in this area given the demonstrated abilities of integrating CLSCs into CE practices in other venues. In addition, the findings that emerge from this study will also provide a useful framework in which to explore potentially viable strategies for integrating and implementing the resulting combination of CLSCs and CE practices in ways that promote cost-effective and sustainable business practices in the GCC’s manufacturing industry (United Arab Emirates Ministry of Climate Change and Environment, 2021).

In addition, the study uses a structural equation modeling (SEM) analytical strategy to identify the relationships between CE practices and sustainable digital CLSC outcomes. This analytical strategy provides a robust methodological approach to help fill the above-described gaps in the existing body of knowledge concerning sustainable supply chains for the manufacturing industry in general and within GCC member-states in particular. In addition, this research strategy will also provide valuable snapshot benchmarks that can guide future studies and practices. In sum, the dual purposes of this study stand to provide important and timely findings that can benefit manufacturers throughout the GCC achieve their organizational goals while improving their environmental, economic and social performance as discussed further below.

Background

Circular economy and its effects on sustainable digital logistics and closed-loop supply chains

The circular economy (CE) has gained considerable attention in recent years, especially for its influence on sustainable digital logistics and closed-loop supply chains (CLSCs). For instance, a study by Edwin-Chang et al., 2022) noted that, “Circular economy is an emergent business and economic model that provides the companies an alternate resource use pattern by creating increased value through resource recovery and regeneration once a product lives its useful life” (p. 6908). Clearly, reducing the use of raw materials, eliminating as much waste as possible and the corresponding environmental impact, extending product life spans and increasing the sustainability of supply chain operations represents a major improvement over the traditional supply chain model (Nasir et al. (2017).

Indeed, these are some of the main selling points for the adoption of CEs in the first place, and their ability to contribute to sustainable supply chain operations should make this alternative strategy extremely attractive for supply chain managers of every ilk (Genovese et al., 2017). A recurring theme that emerges from the relevant literature, however, is a profound lack of awareness on the part of manufacturing enterprises concerning these potential benefits and how they can help improve their organizations’ ability to effectively compete in an increasingly globalized marketplace (Edwin-Cheng et al., 2022).

It is reasonable to posit that supply chain managers are always on the lookout for a better approach, so this lack of adoption is one of the major obstacles that must be overcome to realize the full range of benefits that can accrue to CEs and CLSCs. In this regard, Edwin-Cheng et al. (2022) emphasize that, “Organizations are continually struggling to fulfil the constantly changing customer preferences along with a sustainable evolvement in business. As a result, intense competition exists among firms impacting the life span of products, speed, quality, and costs” (p. 6809). These are especially significant issues for manufacturers in GCC member-states where governmental planners and policies have increasingly stressed the need for cleaner and more energy-efficient production practices (Kazancoglu et al., 2020).

Closed-loop supply chains (CLSCs) in the circular economy (CE)

While every GCC-based manufacturer’s precise situation in the marketplace is unique and there are no “one-size-fits-all” solutions to develop, implement and administer a CLSC in a CE setting, there have been a number of technological innovations in recent years that can facilitate the process (Tura et al., 2019). Indeed, a concomitant development that has mirrored the growth of digital technologies has been the integration of foundational CE principles with sustainable digital CLSC as a viable strategy for promoting sustainability in organizations’ supply chains.

Likewise, CE principles are also being increasingly integrated with sustainable digital CLSC to optimize the benefits of both approaches (Ellen MacArthur Foundation, 2019). For instance, a study by Aldrighetti et al. (2023) points out that, “A CLSC perspective affords a deeper and more comprehensive understanding of business operations – the earth-to-earth flow of products from design to manufacture to end of life retrieval and re-purposing” (p. 3004). Integrated within a CE setting, CLSC practices can improve organizational supply chain economic performance while contributing to the sustainability of the entire manufacturing industry (Aldrighetti et al., 2023).

As noted throughout, though, there are no guarantees of success and few manufacturers have the deep pockets that are needed for costly experimentations. Consequently, the challenges that are associated with integrating CLSCs within a CE setting must be addressed to capitalize on the several opportunities the process presents as discussed further below.

Challenges and opportunities

Set directly opposite the numerous opportunities that CLSC integration into CEs has to offer, several obstacles and challenges remain, though. Despite the multiple attractive selling points in support of the CE and CLSCs integration, the process requires far more than a cosmetic facelift to existing supply chain network resources. There is also the powerful but frequently unspoken challenge associated with convincing people to change the way the work since this requires moving from their comfort zones and most actively resist significant changes in their organizations even when it is in their own best interests. Indeed, in most cases where a conventional supply chain operations has been in place for a long time, the investments that are required for the new infrastructure that is required to support this integration complex and frequently costly (Batista et al., 2018).

This harsh reality underscores the need for increased awareness on the part of supply chain managers who are in the best position to emphasize the long-term cost benefits of this potential wholesale transition by highlighting its alignment with prevailing governmental policies concerning environmentally responsible business practices as well as improve manufacturers’ ability to remain flexible and responsive to changes in consumer demand and preferences. Likewise, governmental regulatory regimes are frequently complex and practitioners must ensure the changes to supply chain networks and manufacturing practices required for this transition conform to prevailing legal requirements (Kazancoglu et al., 2020).