A Strategic Pathway Framework for Industry 5.0-Enabled Net-Zero Manufacturing toward Sustainable Industrial Transition
This study proposes a hierarchical framework identifying 12 critical success factors for Industry 5.0-enabled net-zero manufacturing, utilizing FISM and MICMAC analyses to reveal that government support serves as a foundational catalyst while the integration of digital technology and green commitments functions as a dependent outcome, thereby outlining a strategic pathway for sustainable industrial transition.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
The world of factories is at a crossroads. For decades, the goal was simply to make things faster and cheaper, a mindset known as Industry 4.0. But as climate change accelerates and resources grow scarce, that old model is no longer enough. A new vision, called Industry 5.0, has emerged. It does not just ask machines to work better; it asks them to work with people, to protect the planet, and to be ready for unexpected shocks. This approach sees the factory not as a cold machine, but as a living system where human skill and digital tools join forces. At the same time, the entire global economy is racing toward "net-zero," a state where the carbon emissions from making goods are balanced out by removing an equal amount from the atmosphere. The challenge for manufacturers is immense: they must overhaul their operations to stop polluting while keeping their businesses alive. The question is not just which technologies to buy, but how to arrange them so they actually work together to solve the problem.
A team of researchers from Fujian University of Technology set out to map this complex journey. They wanted to understand exactly which steps a factory must take to move from its current state to a net-zero future using the principles of Industry 5.0. Instead of guessing or listing random ideas, they gathered a group of fourteen experts—scholars and industry leaders with decades of experience in manufacturing and sustainability. These experts were asked to look at twelve specific success factors, ranging from government policies to how workers are treated, and to explain how each one influences the others. The researchers then used a structured method to listen to these experts, asking them to compare every factor against every other one to see which ones must happen first and which ones can only happen later. This process revealed a hidden order beneath the chaos of industrial change.
The study found that the path to a clean, modern factory is not a straight line where you can simply install the latest software and call it a day. Instead, the researchers discovered a clear hierarchy, a ladder of dependencies where the bottom rungs must be firmly in place before the top rungs can be reached. At the very foundation of this ladder are two critical elements: active support from the government and the design of circular economy activities. Government support acts as the bedrock, providing the rules, subsidies, and standards that make the transition possible. Without this external framework, the costs of changing are too high for most companies to bear. Alongside this, factories must design their production lines to be circular from the start, meaning materials are kept in use and waste is minimized before a single product is even made. These are not optional extras; they are the necessary conditions that allow everything else to function.
Once these foundations are set, the next layer involves creating incentives that encourage people to participate. This includes mechanisms that reward employees for green behaviors and foster collaboration between different groups, such as suppliers, customers, and the government. Only after these human and social elements are in place can the factory effectively build its operational capabilities. This middle stage focuses on empowering workers with digital tools that extend their abilities rather than replacing them, and on creating flexible production systems that can adapt quickly to new demands. The research suggests that technology is not the driver here, but rather the amplifier. Digital tools work best when they are used by skilled, engaged people working within a supportive and flexible environment. Trying to skip ahead to advanced digital systems without first securing the human and organizational groundwork often leads to failure.
The final stages of the journey involve the outcomes that emerge only after the previous steps are complete. These include sustainable corporate governance, where the company's leadership aligns its strategy with environmental goals, and the ability to design resilient supply chains that can withstand global disruptions. The study explicitly found that combining digital technology with green commitments is a dependent outcome, not an independent driver. In other words, a factory cannot simply buy a smart, green system and expect it to work. That system only becomes effective after the government has provided support, the workers are trained and motivated, and the circular design principles are already in place. The ultimate goal, achieving a strategy that prioritizes resource efficiency, is the result of all these layers working together in the correct sequence.
This research offers a practical guide for factory managers and policy makers who are often overwhelmed by the sheer number of options available. It suggests that the most effective strategy is to start with the basics: secure policy support and redesign the production loop to be circular. Then, focus on the people, creating incentives and training that bring them on board. Only after these steps are taken should the factory invest heavily in complex digital systems and advanced automation. The study warns that skipping these foundational steps to chase the latest technology is a recipe for wasted resources. By following this staged pathway, manufacturers can navigate the transition to net-zero with greater confidence, ensuring that every new tool they adopt is supported by the right people, policies, and processes. The findings do not promise an easy fix, but they provide a clear, logical map for a journey that is essential for the future of global industry.
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