Circular production of laptops and telephones

Transition to a circular ICT chain

This study was carried out by researchers from Utrecht University on behalf of the Netherlands Environmental Assessment Agency and the general findings are as follows:

Recycling

According to the interviewed actors, the transition to a circular ICT chain is primarily a solution to the e-waste problem. Partly for this reason, recycling is also the dominant transition route for processing waste into new raw materials. This is reflected in a well-coordinated system in the form of producer responsibility and recycling obligations/targets.

Life extension

The Lifespan extension route is emerging and more and more actors are succeeding in offering refurbished products (outside the Netherlands). However, this route performs much worse than recycling: the strong and guiding influence of a central coordinating body that allows the recycling route to be presented so well is absent for the lifespan extension route. The solution route life extension suffers greatly from this. For example, there is no insight into the actors that make life extension possible.

System is not transparent. This hinders management and innovation.

Actors are unable to sketch or obtain a concrete picture of the innovation system. As a result, actors do not know how or where to intervene, no risks are taken and good ideas/intentions end up in miscommunications. A first example of this are the figures regarding volumes that pass through the chain and the registration system. The current registration system misses – at least – large parts of the B2B circuit and how the products in it are purchased, traded (exported) and reused or recycled.

Download PDF

Share this publication

Other relevant publications

Zero waste cities of the future

Research about how cities can be designed in a way that helps citizens reduce waste.

Reuse by consumers in the Netherlands

This report describes how the number of pieces and mass reuse by consumers was determined for the years 2021 and 2022.

Dutch Battery Flows Monitor 2020

This report delivers a baseline study for the portable battery waste flows for the year 2019

×