WASTEWATER TREATMENT SYSTEMS

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The Ozzi Kleen systems are built to last! The heavy duty polyethelene tank is up to 20mm thick, and is, weight for weight, as strong as concrete. The material has a half-life alone of over 500 years.  As the Ozzi Kleen tank is roto-moulded and completely seamless, there is no risk of seepage, leaking or root intrusion.

 

 

 

 

 

Sewerage Treatment Systems

The Ozzi Kleen Sewerage treatment system treats up to 2,000 litres of wastewater every day. Operating on a continuous, cyclic, fully aerobic basis, the wastewater treatment is highly effective & efficient, processing it into clear odourless water in a matter of hours.

The Ozzi Kleen RP10 tank is not affected by the acidity of sewage- Polyethylene materials are often used to store hazardous chemicals.

The Ozzi Kleen RP10 aerobic system is totally odourless because the oxygenated water does not permit septic decomposition at all. It is the septic decomposition, or 'anaerobic' processes in other home sewerage systems that produce those nasty unpleasant odours. Even the final irrigation water produced by an Ozzi Kleen RP10 is completely odourless.

The mechanical components are all designed and constructed to ensure years of efficient, trouble-free service, and are backed with a full 25 year manufacturer’s warranty.

The Aerobic or "non-septic" process unique to the Ozzi Kleen RP10 means with air or oxygen.
The principle behind the aerobic process is simple. By keeping the organic matter or waste oxygenated, keeps the bacteria found in waste alive. These bacteria, called Aerobic Bacteria, are very aggressive in feeding on the waste, which is a food source high in energy; the waste is consumed very quickly and efficiently. To read more about the difference between aerobic and anaerobic processes see AEROBIC V ANAEROBIC (in yellow section).

How does the Ozzi Kleen RP10 work?

All waste enters the single tank where oxygen is circulated via an aerator. As mentioned above, this air keeps the naturally occurring aerobic bacteria alive which are actively consuming the waste. After the aeration stage, the waste is allowed to settle. The treated water is then decanted and stored within the tank in the effluent holding compartment. This compartment fills and once full triggers a float switch, automatically prompting irrigation.