Recyclus Secures Agreement with Halfords Group plc to Recycle Li-ion E-Mobility Batteries
We are delighted to share that Recyclus Group has secured an agreement with Halfords Group plc, the UK’s leading provider of motoring and cycling services and products, to recycle waste lithium-ion (Li-ion) e-mobility batteries for an initial 12-month period.
Under this partnership, we will collect used Li-ion e-mobility batteries and process them at our Wolverhampton LiBatt facility—the UK’s first and only industrial-scale lithium-ion battery recycling plant. This innovative facility is uniquely positioned to address the growing challenges posed by increasing volumes of battery waste as electric vehicle adoption rises.
The spent battery modules will be securely transported to our facility using ADR-licensed trucks, ensuring full compliance with safety and regulatory standards. This collaboration highlights our shared commitment to building a sustainable, circular economy for battery materials.
Robin Brundle, our Co-Founder and Director of Recyclus, said:
“We are thrilled to be working with such a blue-chip household name, who share our aim to accelerate the transition towards a more sustainable world underpinned by electric transportation solutions.
As the latest of multiple agreements of this nature made with elite partners, the deal further evidences the quality of, and demand for, Recyclus’ Li-ion battery recycling solution. We are hugely excited to begin this journey with Halfords and look forward to a bright future together.”
You might Also Like
Recyclus appoints top Battery Recycling Engineer to Development Team
Read MoreRecyclus launches LiBox, a waste lithium-ion battery storage solution
Recyclus launches LiBox, a waste lithium-ion battery storage solution
Read MoreThe Circular Economy Blueprint
Arjun Thakkar, a member of the Catalyst team at the Sussex Innovation Centre, looks at the circular economy model, and the need to invest in such a model if we are to work towards climate change focused, sustainable practices.
Read More