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Ultra-effective Reverse Osmosis is utilised in revolutionary water filtration systems which reduce 99% of all dissolved organic and inorganic impurities from drinking water. Removal of salts, metals, chemicals, bacteria, and viruses, leaving behind only pure, clear water. This product yields almost pure drinking water and is suitable for those with sensitive diets.
How does it work?
How does it work?
Stage 1:
Stage 1:
Sediment Filter
Sediment Filter
This initial stage removes impurities such as silt, rust, sand, algae sediment, scale particles, and dirt.
Stage 2:
Stage 2:
Carbon Block
Carbon Block
The second stage of the process removes herbicides, pesticides, chlorine and chlorine by-products, which in turn helps protect the membrane.
Stage 3:
Stage 3:
Membrane: The Heart of the System
Membrane: The Heart of the System
Our 50 GPD (Gallons Per Day) membrane removes 98% of impurities including organic and inorganic chemicals
Stage 4:
Stage 4:
Final Stage
The final stage ‘polishes and smooths’ the water making it ‘soft’ in texture.
Are There Any Disadvantages?
Are There Any Disadvantages?
Water Usage: Reverse osmosis uses 3 litres of water per 1 litre of filtered water produced.
Water Usage: Reverse osmosis uses 3 litres of water per 1 litre of filtered water produced.
Removes Vital Minerals: It does such a good job that unfortunately it strips out 95% of water’s naturally occurring minerals.
Removes Vital Minerals: It does such a good job that unfortunately it strips out 95% of water’s naturally occurring minerals.
** However there are post-membrane filters that can be added to alkalise the water and add
bio-available minerals back in **
What About Ongoing Maintenance Support?
What About Ongoing Maintenance Support?
Our comprehensive maintenance program means our skilled technicians will visit at regularly scheduled intervals to change filters, and clean and sanitize the system. Alternatively, a Do-It-Yourself (DIY) maintenance kit is also available.
What Contaminates Does It Remove?
What Contaminates Does It Remove?
Detailed below is an analysis report on the inorganic and organic minerals removed using this method.
INORGANIC
INORGANIC
Aluminium 98%
Arsenic 98%
Asbestos 99%
Barium 95%
Cadmium 95%
Calcium 98%
Chloride 95%
Chromium IV 98%
Copper 98%
Fluoride 95%
Iron 98%
Lead 98%
Magnesium 98%
Manganese 98%
Mercury II 85%
Nitrate 90%
Potassium 95%
Selenium IV 95%
Silver 98%
Sodium 95%
Strontium 98%
Sulphate 98%
Total Dissolved Solids 95%
Zinc 98%
ORGANIC
ORGANIC
Removes over 98% of the following:
Adrazin
Aldrin
Benzene
Chlorine
Chloroform
DDT
Dichlormethane
Endrin Fluoranthene
Herbicides Lindane
Methoxychlor
PCB
Pesticides
Perchloroethylene
Phenole
Tannic Acids
Toxaphene
Trichlorethlene
Trihalomethanes
VOCs
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