-
Combilift Scoops ‘Company of the Year’ at the 2024 Business & Finance Awards - December 18, 2024
-
DERRY BROS TARGETS CUSTOMS AND INTERNATIONAL FREIGHT SECURITY AND EFFICIENCY WITH AEO ACCREDITATION - December 17, 2024
-
GATINEAU CHOOSES ITD GLOBAL TO SUPPORT GROWTH - December 17, 2024
-
Logistics sector to see 3% wage growth in 2025, new report reveals - December 16, 2024
-
Wearables in the warehouse – much more than a fashion statement - December 10, 2024
-
STEPN GO and adidas launch First-Ever STEPN GO x adidas Physical Shoe Drop - December 6, 2024
-
CLOSING UP FOR WINTER - December 5, 2024
-
New report shows that around nine in 10 UK e-commerce firms now prioritise sustainability - December 5, 2024
-
Automation from KNAPP pushes order cut-off back by 6 hours for Matalan - December 5, 2024
-
Bridgestone Debuts Two New Truck Tyres for Mild On/Off Segment, Delivering Lasting Performance on Any Terrain - December 4, 2024
Brewers battle barrel loss with Keg Hounds tag
Passive RFID tag tracks stray barrels, helps breweries cut costs as hospitality industry reopens .
Omni-ID, the pioneer of passive industrial radio frequency identification (RFID) tags, which are relied on by major global organisations to provide information on the location and identity of assets, has launched a new tag for tracking beer barrels.
Developed in collaboration with US asset-tracking company, Keg Hounds, the patented tag attaches securely to kegs without requiring welding, adhesives, or special installation tools. It is IEC rated at ingress protection level 68 (IP68), indicating that it is fully dust and particle proof and highly resistant to rainwater. Each tag lasts at least ten years.
Keg Hounds has already supplied 100,000 tags to US and UK breweries, supported by an app and data analytics: allowing brewers to quickly track down their kegs if they are not returned after use.
As the hospitality industry re-opens following three months of COVID-19 lockdown, publicans, hoteliers and restaurateurs are focused on reducing any unnecessary cost and waste. Loss of empty beer barrels, when they are returned to the brewery, is a common pain-point for the industry. Each barrel is worth approximately £75, and keg loss can add millions of pounds to annual capital costs for brewers and hospitality venues.
Keg loss can be caused by distributors gathering up the wrong brewery’s kegs when collecting empty containers; identification tags being knocked off when kegs are stacked; wear and tear making tags unreadable; events organisers failing to return kegs; consumers turning kegs into barbecues; and the sale of stolen kegs to scrap metal merchants.
Between April 2019 and March 2020, UK not-for-profit Keg Watch helped brewers to recover 166,625 containers, worth £12,496,725.00. In March 2020 alone, 11,060 containers were recovered, worth £829,500.00, equating to approximately £75 a barrel. In the early months of this year, five vehicles were stopped at British ports carrying stolen kegs.
Keg loss is not confined to our shores. The Brewers Association estimates that each US brewery loses between 3%-5% of its kegs each year. With each keg costing around $100, US brewers are losing between $60M-$100M annually. Global keg losses are estimated to cost the brewing industry between $300M and $500M each year.
Commenting on the latest patent granted to the company, Dr Tony Kington, PhD, chief executive officer of Omni-ID, said, “At £75 a keg, costs for the hospitality industry can stack up as quickly as empty beer barrels at the end of lockdown. We were keen to apply our RFID expertise help Keg Hounds to stem the flow of beer barrels out of their customers’ cellars and warehouses as well as tackling the environmental damage caused by barrels being carelessly discarded or smelted down.”
“Although The Chancellor has launched the ‘eat out to help out’ scheme, to entice consumers back into restaurants and pubs by halving the cost of meals throughout August, the scheme does not cover alcoholic drinks, so publicans really need to tackle waste on all fronts.” continues Dr Kington.