The Bright Blue 20G is great for use in the Dairy Industry. The most advanced ozone system for ozone bottle rinsing & package or bottle disinfection currently on the market. The Bright Blue 20G has been designed to supply ozonated water to bottle rinsers to achieve package / bottle disinfection with seconds.
Dairy Industry Ozone Western Cape
Ozone Bottle Rinsing & Product Disinfection
Dairy Industry Ozone – Ozone systems are specifically designed for bottle rinsing and package disinfection.
Water Recycling
Reduce Water Consumption
The Bright Blue can be supplied with our water-recycling skid, which captures and re-uses the rinse water. This can reduce water consumption from +/- 1000 litres per hour to around 500 litres per day.
Health and Safety
Run under Vacuum, De-Gassing and Ozone Removal
We run with the ozone cells under vacuum. This way if there is an ozone leak, air leaks into the ozone cell as opposed to ozone leaking out. This is inherently safer than running under pressure.
The top of our ozone/water contacting systems feature a special ozone resistant de-gas valve. This allows un-dissolved ozone to be vented safely away from the production area whilst maintaining tank pressure.
Under normal operation there should be no ambient ozone in the production area.
Ensuring Operator Safety
Designed with health and safety in mind. Our systems include built-in safeguards to ensure that operator’s lives are not put at risk and meet Coca-Cola Specifications (Electrical and Mechanical) for safety.
Dräger Ozone Leak Detectors
Our systems have a built-in interface for 2 Draeger ozone leak sensors. These are typically mounted in the bottling hall and in the ozone plant room. They are interlocked to the PLC. In the event of ambient ozone levels exceeding the OHS limit the ozone system will be shut down and a warning displayed.
Ozone Control
PID Controller
The level of ozone in the water is controlled using a dedicated PID (proportional-integral-derivative) controller. This continuously measures the level of ozone and the rate of change against the user defined set-point.
The amount of ozone produced is then adjusted proportionally to the rate of change. This allows for very accurate control. The ozone set point is also linked to the “Ozone OK” interlock, so changing the set point automatically changes the value at which the interlock switches.