chloriDOS® iOX® chlorine dioxide systems provide the next generation of on-site water disinfection solutions.
Offering incredible safety, efficiency and accuracy in the control of bacteria, biofilm and legionella, our in-situ chlorine dioxide systems really are unique. By incorporating our patent pending volumetric batch generation technology, iOX is not only the most accurate on the market, but it’s also easily accessible, thanks to unmatched data reporting.
Compact and durable in construction, iOX chlorine dioxide systems provide peace of mind in demanding environments. Not only that, it’s cost effective in terms of scalability and whole life costs, whilst enabling maintenance efficiencies that offer real end user benefits.
Part of the iOX Modular range, the iOX 40 chlorine dioxide disinfection system is designed for use with 9% HCl and 7.5% NaClO₂ chemical precursors and generates at a capacity of 40g/h ClO₂ preparing a low concentration 1500ppm ClO₂ solution safely contained within the integral product dosing tank.
Information is always at your fingertips and easy access to the iOX system lets you know that it is in perfect working order at all times.
iOX units are housed in a sleek case and made from durable, chemical resistant materials.
A fail-safe vacuum that utilises volumetric reagent measuring and dilution water control.
Monitors and alerts on a wide
range of site conditions, including reagent volume usage, site water metre readings, status, and fault diagnosis.
Low frequency maintenance tasks with three tier access for Operators, Site Technicians and
Service Engineers.
Safer, more accurate dosages and lower strength ClO₂ solutions.
| Grams | 40g per hour |
|---|---|
| Kilograms | 0.96kg per day |
| NaClO₂ | 1 litre per hour |
|---|---|
| HCl | 1 litre per hour |
| Litres | 24.6 litres per hour |
|---|
| Net weight | 23 Kilograms |
|---|
Contact our team to find out more: email info@gaffey.co.uk or services@gaffey.co.uk
Don't forget you can benefit from a wide range of resources to make sure your system is running at optimum efficiency.
