Wastetide says electric end-of-life vehicles deliver around 18% more value than combustion models because material value has shifted from the catalytic converter to electronics-rich components. For recyclers, that means EVs are not just a treatment challenge but a growing commercial opportunity as volumes, recycled-content rules and demand for strategic materials rise.
A new study from industrial waste recovery startup Wastetide suggests electric vehicles (EVs) could offer higher end-of-life returns than internal combustion engine (ICE) models. Published in March 2026, the analysis found that an electric car generates, on average, 18% more value at end of life, with recovered materials worth around €1,257 per vehicle.
Higher value shifts beyond the catalytic converter
According to Wastetide, this change reflects a broader shift in where material value sits within the vehicle. Historically, much of a scrapped vehicle’s value was concentrated in a small number of components, particularly the catalytic converter. In battery-electric vehicles, that value is spread more widely across the vehicle, especially in electronic components.
The study says 87% of the value of an end-of-life electric car now comes from those components, which contain metals considered strategic to the energy transition.
“For a long time, the essential material value of a vehicle rested on a few grams of precious metals contained in the catalytic converter. With electrification, everything changes,” said Nicolas Brien, founder of Wastetide.
The analysis is based on more than 1,000 tonnes of waste from the automotive industry and estimates the potential return available once vehicles are dismantled.
A growing ELV stream by 2040
Wastetide’s study also points to the scale of the coming end-of-life vehicle (ELV) challenge in Europe. It says 249 million cars are currently in circulation across the region and will reach end of life by 2040.
That volume underlines why recycling capacity, material recovery and dismantling efficiency are moving higher up the industry agenda. For authorised treatment facilities and recyclers, the implication is clear: future ELV flows will not only be larger, but potentially more valuable.
“The fleet of electric vehicles constitutes a gigantic urban mine. Recycling could cover up to 10% of copper needs in Europe,” Brien said.
Regulation adds further momentum
The economic case for recovering more material from ELVs is being reinforced by regulation. By 2030, 30% of the plastics used in new vehicles must come from recycled materials.
That requirement is expected to increase demand for reliable secondary materials from the automotive recycling chain, particularly as OEMs and suppliers look for compliant, traceable recycled content.
Carbon savings and material security
Beyond the commercial upside, Wastetide argues that stronger recycling performance could bring significant environmental gains. Better management of automotive waste in Europe could prevent up to 20.7 million tonnes of CO₂ emissions per year, according to the study.
The company says this would be equivalent to taking several million cars off the road.
At the same time, geopolitical tensions, particularly around the Strait of Hormuz, are adding to concerns over raw material supply and pricing. Against that backdrop, rising prices for materials such as aluminium and recycled plastics are further strengthening the case for recovering more value from ELVs.
What it means for recyclers
For recyclers, the study adds to the case that electrification is changing not only depollution and dismantling practices, but also the economics of end-of-life vehicles. As EV volumes rise, operators able to recover electronic components and strategic materials efficiently may be better placed to capture that added value.
Source www.j2rauto.com/rechange
