Regulator approves UK’s first recycling plant for household batteries

Energy & Low Carbon Industry | Property & Construction | Yorkshire

Specialist waste management firm, WasteCare, has opened the UK’s first full-scale household battery recycling facility following approval from the Environment Agency (EA).

The £2m state-of-the-art facility in Elland, West Yorkshire has processing capacity for 25,000 tonnes of household batteries annually.

This means it can recycle all UK’s spent alkaline and zinc carbon batteries thereby avoiding the need for them to be shipped to mainland Europe for treatment. Alkaline and zinc carbon batteries account for around 80% of those sold in the UK including common varieties such as AAs, AAAs, Cs and Ds.

The fully automated facility receives mixed consumer batteries from collection points throughout the UK. An innovative sorting process then separates them by size and chemistry. The alkaline and zinc carbon batteries enter a sealed processing unit which boasts specially designed filtration and environmental monitoring systems. The batteries are pulverized before moving on to a multi-staged separation and extraction process. This allows the component materials to be separated so they can be reused by manufacturers as secondary raw materials.

Graeme Parkin, Chief Operating Officer of the WasteCare Group, who has overseen the development of this new facility, said: “We are proud to have delivered this world class facility which has the capability to treat all of the UK’s alkaline batteries. It represents the first phase of our ambitious investment programme – to develop UK-based recycling solutions for other battery chemistries to meet the projected demand in the UK. We are already at an advanced stage in developing a downstream process that will allow raw materials to be reused directly in battery manufacturing and this plant should be operational towards the end of 2021.”

Did you enjoy reading this content?  To get more great content like this subscribe to our magazine

Reader's Comments

Comments related to the current article

Leave a comment

Your email address will not be published. Required fields are marked *