Service
Maintain equipment and extend the useful life of high-value components.
PhilipsCircular-economy researchErasmus · Netherlands
Circularity
under the lens.
OverviewAcademic study
A systems-level study of the circular proposition around a refurbished medical-imaging system — mapping what works, where the loop narrows and what stronger evidence could look like.
- Role
- Research & analysis
Visual communication - Focus
- Allura Xper FD 10/10
Circular Edition - Context
- Erasmus project
The Netherlands
01 / The systemKeep value
Keep value
in motion.
Refurbish
Recover systems, replace what is necessary and prepare them for a new use cycle.
Recover
Bring products back into the system and retain materials or components at their highest value.
02 / AnalysisTrace the claim.
Trace the claim.
Inspect the loop.
03 / BottlenecksWhere circularity
Where circularity
gets complicated.
01
Material transparency
A circular proposition needs product-level clarity about composition, recovery and end-of-life outcomes.
02
Global operations
Long, distributed value chains can make reverse logistics, local recovery and accountability harder to coordinate.
03
Claim–proof gap
Broad sustainability language is strongest when it is connected to measurable evidence and disclosed trade-offs.
This academic critique reflects desk research carried out in 2022. It is not an independent environmental audit of Philips.
04 / DirectionsFrom ambition
From ambition
to evidence.
Localise where feasible
Shorter loops can improve recovery, reduce transport and make responsibilities easier to track.
Publish product-level evidence
Connect claims to specific materials, rates, boundaries and measured outcomes.
Measure the loop
Track returns, component retention, life extension and the real destination of recovered materials.
Sustainability needs
systems and proof.