Waste companies in the United Kingdom are calling for a refundable deposit of up to £5 [1] on vapes to discourage littering.
The proposal aims to address the growing environmental and safety hazards caused by improper disposal. Because vapes contain lithium-ion batteries, they pose a significant fire risk when crushed in waste collection vehicles or processing centers.
The Environmental Services Association, an industry body for waste companies, said a refundable deposit would help boost vape recycling [3]. By providing a financial incentive, the industry believes more consumers will return devices to designated collection points, rather than discarding them in public spaces or general waste bins.
This push for a deposit scheme comes as the industry struggles with the volume of electronic waste. The government banned single-use vapes one year ago [5], but the legacy of these devices continues to impact waste management systems. The combination of plastic, electronics, and chemical residue makes vapes particularly difficult to process without specialized infrastructure.
Waste firms said the current system fails to capture a sufficient percentage of these devices. The proposed £5 [1] fee would act as a deterrent against littering and a reward for responsible disposal. While the industry body argues this is the most effective path forward, some critics disagree with the effectiveness of such a scheme [4].
Despite the disagreement, the industry remains focused on the risk of battery fires. These incidents can cause extensive damage to waste facilities and endanger workers. Improving recycling rates through a deposit system is presented as a primary solution to mitigate these operational hazards across the UK and Scotland [1, 2].
“A refundable deposit would help boost vape recycling.”
The proposal reflects a shift toward 'extended producer responsibility,' where the cost of waste management is shifted from municipalities to the consumer and manufacturer. If implemented, a deposit scheme could significantly reduce the frequency of lithium-ion battery fires in the waste stream, though its success depends on the accessibility of return points and consumer willingness to participate.
