Technology is now available to enable a kerbside, Digital Deposit Return Scheme (DDRS) – a credible alternative to traditional reverse vending machine systems.
Digitally-enabled deposit return schemes are more convenient for consumers, preferred by retailers, lower cost and less carbon intensive, as well as being able to leverage existing local authority collection methods.
They also provide the added value of delivering accurate data collection and analytics throughout the circular packaging economy.
Through a deposit return scheme, governments want to increase the recycling rate of drinks containers and reduce littering. Introducing these schemes will change consumer behaviour to encourage higher levels of drinks container recycling.
A Digital Deposit Return Scheme (DDRS) is an inclusive technology solution. It leverages existing kerbside collection infrastructure and does not require consumers to change their current habits. Households can reclaim their deposit conveniently without leaving their home.
Polytag is at the heart of this movement, developing solutions that make DRS systems even more attractive and convenient for consumers both at home and ‘away from home’.
Polytag technology uses serialised tags on packaging, linked to scanning of containers via a smartphone app, which allows consumers to scan items themselves to redeem their deposit. A far more convenient way to return items into the recycling stream.
This technology is developing rapidly in response to interest from across the industry value chain, including the retail sector and the packaging producers
Learn more about our technologyIt is not just about convenience though. During our Digital Deposit Return Scheme (DDRS) pilot in North Wales, we used data from a report published by the Irish Waste Management Association to compare carbon emissions associated with conventional DRS to those likely to result from a kerbside-based, DDRS.
As a result, it was estimated that in Wales alone, the net benefit in terms of carbon emissions derived from adopting kerbside DRS would be approximately 13,000tCO2e per annum (equivalent to burning 6,500t of coal each year).
This net reduction in carbon emissions from kerbside DRS is predominantly achieved through:
If we extrapolate this net reduction of carbon emissions over the next 29 years – to the Net Zero target date of 2050 – then the introduction of a kerbside DRS could save up to 377,000 tCO2e.