COMERCIAL & INDUSTRIAL RO REVERSE OSMOSIS UNIT

It is Ideally suitable as a low cost solution for treating bore or dame  water for rural or domestic use, in organic farming and other uses where pure clean water is of imminent  importance.

This exceptional filtration product is available in the following configuration and capacity. 
Please note it is expressed in “ US” GPD (Gallons Per Day) 1 US gallon = 3.7854118 litres:

Model No. 962
ARO @ up to 500 GPD, 2 X 2540 Procon Pump with big blue $3’950.00
+ GST = $4’345.00

Model No 264/707
ARO @ up to 1' 200 GPD 1 X 4040 Procon Pump $5925.00
+ GST = $6’517.50

Model No 965
ARO @ up to 1' 800 GPD1 X 4021 Procon Pump $5´950.00
+ GST = $6’005.50

Model No 965/707
ARO @ up to 2' 0000 GPD 1 X 4040 grundfos Pump with big blue $6'552.00
+ GST = $7’205.50

Model No 966/707
ARO @ up to 4' 000 GPD 2 X 4040 Grundfos Pump $8' 350.00
+ GST = $9’185.00

Model No 967/707
ARO @ up to 6' 000 GPD 3 X 4040 Grundfos Pump $9’550.00
+ GST = $10’505.50

Model No 968/707
ARO @ up to 8' 000 GPD 4 X 4040 Grundfos Pump $10’750.00
+ GST = $11’825.50

Model No 969/707
ARO @ up to 12' 000 GPD 6 X 4040 Grundfos Pump & Motor $14’950.00
+ GST = $15’145.50

If you reside outside Australia and want to see the cost of our product in your own currency, use this foreign currency converter foreign exchange

Explanation as to how Reverse Osmosis works.

The RO systems work by pressuring water up against a semi-permeable membrane that stops contaminants from passing but allows clean water to get through. Both health-related related contaminates-such as lead and asbestos-as well as many aesthetic contaminates that can affect taste, colour and odour of water are reduced or eliminated by an RO system.

Reverse Osmosis systems, produce high-quality water perfect for use in drinking, cooking and making ice cubes. The low mineral content of RO –treated water also makes it ideal for use in steam irons, car batteries and humidifiers. Today, more than 70 percent of Australians say they are concerned about the quality of their home water. A reverse osmosis system is an effective means producing gallons/Litres of fresh water at a fraction of the cost of premium-bottled water.

HOW SPECIFICLLY DAS REVERS OSMOSIS WORK?

Osmosis is the natural tendency for water of al lesser concentration containing few dissolvent particles) to pass through a semi-permeable membrane and dilute water of a higher concentration (containing more dissolved particles). Eventually, the fluid concentration on both sides of the membrane is equalized.

Reverse Osmosis, as its name implies, is the reversal to the natural flow of osmosis. By applying pressure to the water solution of higher concentration (the incoming water), the flow of liquid is reversed. Under these conditions, the membrane still rejects the containment, but allows the fresh cleansed water to pass through. The purified water is collected and the contaminates are flushed away. The process, originally designed to make see water drinkable for the Navy, removes sodium, as well as lead, arsenic, nitrates, asbestos, and a range of other contaminants from household drinking or bore water.

Questions and Answers about Reverse Osmosis Systems for Home Water Treatment:

Q. Who should consider purchasing reverse osmosis systems?
A. Anyone concerned about the quality of their drinking water-particularly if their home drinking water-particularly if they notice taste or odour problems or are aware of high levels of dissolved minerals in their water supply-should consider an RO system. Additionally, RO systems often are recommended for immune-comprised individuals who could be especially susceptible infection from various waterborne contaminants. The centre for Disease Control and Prevention (CDC) recommends reverse osmosis as a method for removal of dangers microorganism cyst called Cryptosporidium. Reverse Osmosis systems, which generally include both an RO membrane and pre-and post filters, offer a comprehensive means of potentially harmful contaminants in home drinking water.

Q. Specifically which contaminants do reverse osmosis systems remove?'

A. CONTAMINANT
Inorganic:
Aluminium 90%
Arsenic 98%
Arlum 95%
Cadmium 95%
Calcium 98%
Chromium III 98%
Copper 90%
Fluoride 95%
Iron 98%
Lead 90%
Magnesium 98%
Manganese 90%
Mercury II 85%
Nitrate 90%
Potassium 95%
Selenium 95%
Silver 98%
Sodium 95%
Strontium 90%
Sulphate 90%
Zinc 98%
Total Dissolved Solids 95%
Asbestos 99%

Organic:
Chlorine 98%+
Herbicides 98%+
Pesticides 98%+
DDT 98%+
Endrin 90%+
Undane 98%+
Aldrin 98%+
Benzene 98%+
V.O.C.S. 98%+
Adrazin 98%+
Fluoranthene 98%+
Phenol 98%+
Trihalomelthanes 98%+
Toxaphene 98%+
Dichloromethane 98%+
Chloroform 98%+
Trichloroethylene 98%+
Perchlorethylene 98%+
Tannic Acid 98%+
Metoxychlor 98%+
PCB 98%+

Q. Beyond reducing health related contaminants, what are some other benefits of installing a reverse osmosis water system?
A. There are many benefits to installing a reverse osmosis system beyond greatly reduced concentrations of contaminants. Cleaner, sparkling drinking water is probably the most noticeable. Because there is little to alter the RO-treated water’s natural state, the flavour of food can come through without any “chemical” taste. Brewed items such as coffee, tea, or soups may have a richer. more robust flavour, and fruit juices and powdered drinks mixed with RO-treated water may taste better, too. Even ice cubes can take on a crystal clear appearance.

Q. Does a Reverse Osmosis system remove biological contaminates?
A. RO systems are capable to removing certain biological chemicals such as Cryptosporidium and Guardia. The pore size of the RO membrane along with the amount of pressure applied to the water will generally determine the rate of reduction of such contaminants. The Water Quality Association (WQA)cautions, however, that while RO membranes are reliable for treatment of a range of health contaminants, design considerations such as tiny leaks or manufacturing imperfections may prevent a unit from offering foolproof protection against biological contaminants for consumer drinking water systems. Therefore, WQA suggests that absolute disinfections (a reduction of contaminants greater than 99.9% be ensured with cyst-rated and certified products and post-disinfections systems such as ultra violet light.

Q. How do I properly maintain my reverse osmosis system?
A. The filter of your RO system should be changed periodically. In general, both the pre-and post-filters should be replaced every six month, or at least annually: however, the maintenance schedule may vary due to the local water conditions, the quantity of water being filtered, and the manufacturer’s recommendations. The reverse osmosis membrane normally lasts between 3 to 5 years. WQA suggests you close4ly follow the maintenance schedule provided by you water treatment specialist or the manufacturer to ensure that the system is in proper working order.

Reproduce with the kind permission of the Water Quality Association. For further information visit the website at Water Quality