10 Reasons to Be Addicted to Bore Water Treatment Systems

 

Bore water treatment systems is a type of groundwater accessed by drilling a bore into an underground aquifer. This water contains potentially harmful chemicals, some of which are naturally occurring and some of which are the result of pollution and over-dosing. Contained aquifers are deep underground and are protected by layers of rock more than 20 metres thick. Shallow aquifers, on the other hand, aren't so deep and are susceptible to micro-organism contamination and chemical pollution.

A typical system consists of a dual standing sand filter, which traps iron, calcium and other minerals. The filtration process is complete within ten days. After the initial site consultation, the treatment process begins with a bore water test to determine the amount of iron and other metals present in the water. The system is designed around the raw mineral profile of the bore water, taking into account factors such as water pressure, water flow rate, and sprinkler staining.

The UF process, or ultrafiltration, removes suspended solids, bacteria, and most viruses and endotoxins from water. It also has a low silt density and is easy to maintain. Reverse osmosis (RO) removes dissolved salts, soluble solids, and other impurities from water. The RO process uses a semi-permeable membrane that allows water to pass through it while rejecting metal ions and dissolved salts. The resulting solution is then sent through a series of multimedia filters that act as a physical filter and catalytic media to remove any remaining contaminants.

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