Reducing production costs and improving environmental impact:
Two key priorities for beverage bottlers are addressed by Hydra Ultrasonic, Sidel's innovative bottle washer that combines chemical and ultrasonic technologies. With the market increasingly shifting towards sustainable solutions, reusable glass and PET bottles are gaining momentum, also driven by reuse targets set by regulations. These containers not only reduce the use of raw materials but also ensure product safety when they reach consumers' hands.
However, to fully unlock the benefits of reusable bottles, producers need washing technologies that deliver efficiency, sustainability, and high performance. This is where Sidel steps in with Hydra Ultrasonic, designed to meet the challenge head-on.
"Doing more with less"
"Real progress means doing more with less. That's why, in developing our new bottle washing technology, we set ourselves two objectives: to improve the machine's washing capacity, while at the same time reducing its overall consumptions and carbon footprint," explained Andrea Solfa, Product Manager at Sidel.
Hydra Ultrasonic introduces a groundbreaking approach, blending chemical agents with ultrasonic technology. This combination significantly reduces washing times and required temperatures while ensuring unparalleled efficiency on both the internal and external surfaces of bottles. Even the most stubborn residues and bottle carriers are removed thanks to the mechanical action of the ultrasonic waves. The result? Up to a 15% increase in production capacity and a significant reduction in waste rates.
A step forward in sustainability
Hydra Ultrasonic isn’t just about performance improvements; it also delivers tangible sustainability benefits. By cutting steam consumption by 20% and water usage by 15%, and offering full electrification via heat pump, the system further lowers CO2 emissions, replacing steam with hot water.
A strategic investment
In addition to its environmental advantages, Hydra Ultrasonic presents a cost-saving opportunity for bottlers. The technology reduces production costs through shorter washing cycles, fewer components, and simplified maintenance. The machine's footprint is 20% smaller than traditional solutions, underscoring Sidel’s commitment to offering an advanced yet economically viable product.
