Sustainability and the waste hierarchy for machines - Part 2
“Sustainability and the Waste Hierarchy for Machines – Part 2: Machine Components” continues MTC’s exploration of how circular design principles can transform industrial machinery—this time focusing on the components that underpin machine performance, efficiency, and lifecycle impact. The report examines how material choices, component design, joining methods, and digital technologies influence durability, recyclability, and the feasibility of strategies across the 9Rs waste hierarchy.
The whitepaper provides practical insights into four key component categories—COTS, SOTS, bespoke parts, and intelligent equipment modules—and highlights how decisions around materials, surface treatments, modularity, and accessibility can significantly affect sustainability outcomes. It also demonstrates how digital monitoring, predictive maintenance, and energy tracking can extend component life, reduce failures, and cut operational emissions.
Drawing on industry expertise and evidence-based research, the report emphasises the importance of energy‑intensive components such as motors, pneumatics, and power transfer systems, and outlines clear recommendations for improving circularity through better design practices, standards development, and investment in digital tools and skills.
Download “Sustainability and the Waste Hierarchy for Machines – Part 2” to access expert insights and practical guidance on enhancing machine sustainability from the component level—unlocking greater efficiency, reduced waste, and more resilient manufacturing.