Bore water treatment systems, Water from private bores can be a valuable resource as it can contribute to your yearly water needs particularly to irrigate garden areas. However, experience has shown that bore water may be contaminated by micro-organisms and chemicals.

Just like rivers found on the earth’s surface, water in aquifers can flow in a particular direction and as it moves through the ground, it can dissolve minerals or chemicals and transport pesticides and micro-organisms.

It is possible for the chemicals and microbiological properties of bore water taken from an Brore water treatment systems at varying depths or from different aquifers at identical depths not to be the same. As the water in an aquifer is constantly moving it is also possible for the chemical and microbiological quality to change over time.

Most domestic bores obtain water from shallow unconfined aquifers that are neither located in controlled areas nor protected from surface contamination. Hence at least simple bore water treatment systems may required.

Bores operated by licensed water providers such as the Water Corporation for drinking water are protected from contamination as they are located:

within Bore water treatment systems (mostly at depth);
In areas with restricted development and land usage; and
Are controlled by catchment management plans.

Why Bore water treatment systems are necessary?

Bore water can be naturally contaminated by minerals, chemicals, bacteria and viruses. However, human activity usually has the greatest impact upon shallow ground water quality as a result of:

Other contaminants such as nitrate, arsenic, pesticides and petroleum products are of health concern, particularly if bore water is used for drinking or watering vegetables.

If you are not using bore water treatment systems, the safest way to use bore water is to irrigate the garden, flush toilets, wash cars and clothes.

Bore water should never be used for drinking, bathing, filling swimming and paddling pools, food preparation or cooking unless it has been professionally tested and treated by bore water treatment systems in chennai.

It is possible to do a simple test for pH (acidity) by using either a swimming pool test kit or pH test strips. This will show if the bore water has the ability to dissolve either man made or naturally occurring substance in the soil.

Bore waters with a low pH (acidic) of less than 5 should be professionally tested to ensure that they are safe to use.

It is not usually necessary to treat your bore water providing it:

Has a pH greater than 5;
Is colourless and odourless; and
Will only be used to water the garden, wash cars and flush toilets.

Excessive or inappropriate use of fertilizers, animal manures, pesticides and insecticides;
Poorly maintained septic tanks and other liquid waste disposal systems;
Leaking fuel and chemical tanks;
Intensive agriculture, industry or mining;
Leaching from waste disposal areas; and
Accidental spills of chemicals

Types	Specification
Max Flow Rate	10000 LPH
Min Flow Rate	750 LPH
Suitable Treatment	General
Voltage	230 V
Material	FRP, SS, CS
No Of Filters	4
Filter Layers	MnO2, Quartz Sand, White Sand, Activated Carbon Granules, Silex & Pebbles.
Warranty	1 Year Comphernisive