De La Rue in reverse osmosis wastewater recycling project
De La Rue, the world's largest commercial security printer, has partnered with Hydro Industries Ltd, a water technology start-up in Wales, to help it meet its ambitious environmental goals.
De La Rue’s Gateshead plant in the north east of England prints foreign passports and around 50 million banknotes a week, but the process also produces around 75 cubic meters of salty, inky wastewater a day. In order to tackle this, the engineering team approached Hydro Industries Ltd, a water technology start-up based in Llangennech, Wales, to see if they could help find a way to minimize the chemicals needed to clean the effluent and recover as much purified water as possible.
Following a successful week-long trial, Hydro Industries designed a custom-made solution for the Gateshead plant and signed a £500,000 contract with De La Rue to support them in reducing wastewater. This will be done by installing a reverse osmosis unit, which recycles the waste and splits it from the clean water. Half of the clean water will be put back into the effluent water treatment plant, diluting the chemicals needed for the process making it less damaging to the environment and reducing costs. The other half will be passed on to local water & wastewater provider Northumbrian Water.
The new technology will be installed in May and once fully operational staff at the plant will be trained to operate and maintain it. If the new project is successful there is potential for it to be rolled out at De La Rue’s site in Sri Lanka.
James Moffa, De La Rue’s Technical Projects Engineer in Gateshead, said: “De La Rue takes its commitment to provide long-term sustainable solutions for the business very seriously and we are thrilled to find a technical solution to a significant challenge that allows us to prove our commitment to our customers and communities alike. We look forward to a long and fruitful partnership with Hydro”.
Hydro Industries Ltd has global patents for its pioneering use of electro-coagulation to treat industrial waste whilst recovering water and precious minerals. Major corporations like Tata, Ford, Harsco, and Aramco are among its most recent clients and it is currently providing sophisticated solutions to industrial waste and clean water challenges in the United States, India, Africa, middle-east and Europe.
Wayne Preece, CEO of Hydro, said: “Hydro is proud to provide its unique technology to allow a world class company to prove its commitment to the planet as well as its customers. By cleaning the waste water and recovering valuable components we will show again that commercial success and responsible corporate citizenship go hand in hand”.
- Water industry commits to reach net zero carbon by 2030 Ambitious plans to achieve net zero carbon emissions in the water industry over the next decade have taken a significant... Read More >
- MUS awarded five-year minor civils framework contract Morrison Utility Services (MUS) has been awarded a five-year civils framework contract by Yorkshire Water. Read More >
- Yorkshire Water partners Ward and Burke for new treatment works Yorkshire Water has named Ward and Burke as its capital partner for the construction of its new Withernsea wastewater... Read More >
- Going green at Severn Trent's Minworth STW With a £60 million investment aimed at producing 30 per cent more green energy from its largest sewage treatment works,... Read More >
- New dimensions: How BIM drove Scottish Water's Tullich WTW project With ESD making extensive use of BIM including 4D visualisation tools, Scottish Water has successfully completed a £29... Read More >
- Microplastics: Plastics, plastics everywhere There is growing evidence that microplastics passed on through our wastewater have become widespread in aquatic... Read More >
- Offsite build powers South East Water's £22M treatment works expansion South East Water's expansion of Bray Keleher Water Treatment Works is in full swing, with offsite manufacture aiding... Read More >
- Innovation Zone: Pesticide protection Metaldehyde cannot be removed effectively with standard drinking water treatment processes, but there are technologies... Read More >