How Rethinking Electronics Can Cut Critical Material Demand by 80 Percent
Delft, Sunday 5 April 2026
New research reveals that implementing circular design could cut the consumer electronics industry’s demand for geopolitically sensitive raw materials by 80 percent, despite lingering economic hurdles.
The Scale of the Material Challenge
The Netherlands currently consumes approximately 19,000 tonnes of critical raw materials annually to meet its electronics demand, a significant portion of which is permanently lost at the end of the products’ life cycles [1]. This massive consumption rate poses a severe bottleneck not only for standard consumer devices but also for the broader high-tech systems and materials (HTSM) sector [GPT]. From quantum computing hardware to advanced robotics, a heavy reliance on geopolitically sensitive materials threatens long-term supply chain security and industrial sovereignty [GPT].
Four Pillars of Circular Engineering
The collaborative report, titled Rewiring Consumer Electronics, Reducing Demand for Critical Raw Materials by Design, outlines a clear technical pathway to mitigate these supply risks [1]. The research highlights four central design principles: extending product lifespan and facilitating reuse, improving repairability, enabling refurbishment, and ensuring high-quality recycling [1]. By applying these principles, manufacturers can reduce the influx of primary materials by up to 80 percent [1], effectively leaving a residual primary material demand of just 20 percent for newly manufactured units.
Bridging the Economic Divide
Despite the clear technical viability of circular design, the primary hurdle to widespread implementation remains economic rather than technological [1]. Under current market conditions, repairing, reusing, and refurbishing components is generally less profitable than the outright replacement of devices [1]. This economic disparity stalls the transition, trapping circular design as a technical possibility rather than allowing it to scale into a structural system change across the supply chain [1].