Featuring the full suite of AccuionTM technological features, our Silver Ionisation system is an advanced and efficient disinfection system that provides biological control with low levels of ion addition.
The AccuionTM Silver Isonisation Unit is modular, scalable technology. Designed for specialised applications such as bottled water and beverage production, shipboard potable water disinfection, Central Sterile Services Departments (CSSD) and more…
Silver effectively kills planktonic (free floating) bacteria in the water such as Legionella, Pseudomonas and many others
Silver powerfully penetrates biofilm. Once the sessile organisms within are killed, the biolfilm naturally dissolves.
Originally developed in the 1960’s as part of NASA’s Apollo Space Program, the efficacy of Silver Ionisation has been rigorously studied and proven in scientific literature
Silver effectively kills planktonic (free floating) bacteria in the water such as Legionella, Pseudomonas and many others
Silver powerfully penetrates biofilm. Once the sessile organisms within are killed, the biolfilm naturally dissolves.
Originally developed in the 1960’s as part of NASA’s Apollo Space Program, the efficacy of Silver Ionisation has been rigorously studied and proven in scientific literature
Highly reliable and effective, with minimal running costs and long service intervals
Silver Ionisation does not change water conductivity or chemical properties, making it ideal for beverage production as well as use in boilers and autoclaves
As a natural element, Silver does not produce any harmful bi-products
The amount of electrical current is directly dependent on the purity of the water. The more impurities in the water, the greater the flow of electricity. The unit adjusts to changes in water conductivity to ensure that the correct amount of current flows across the anodes, releasing consistent metal levels for disinfection.
Allows for seamless servicing without needing to shut off the water supply. Meaning Zero downtime during servicing and maintenance.
