New water treatment device ‘ahead of the curve’

New water treatment device ‘ahead of the curve’

Summary

South Africa and South Australia have both been on the receiving end of the El Nino phenomenon that has sucked the land dry in recent years.

While SA’s drought has lasted two and a half years, Australia has seen a slight turnaround in average rainfall figures. September has been a particularly wet month according to the Australian Government’s Bureau of Meteorology, and the higher rainfall has resulted in higher saline and alkaline levels.


However, water treatment chemicals and filters are being pushed out the pipeline to make way for a new device that fits on the outside of pipes.


The device was invented by Hydrosmart in Adelaide, South Australia, one of the driest regions in the world. It was designed to treat water without the use of chemicals or filters.


“We’re a water conditioning business that doesn’t use filters, chemicals or purifiers,” Paul Pearce, managing director at Hydrosmart said.


How the device works


The microprocesser unit consists of an antennae wound in a metal coil that emits a series of computer-generated frequencies to break down scaling in pipes, taps and containers.

Pearce explained that water infrastructure contains minerals such as calcium or iron that pass through the water in the pipes. These chemicals can bond together and block pipes.

The frequencies and pulses from the device pass through the coil to charge the water externally. This charge changes the behaviour of the water and disrupts the bonds shared between minerals. This  process results in calcium, iron and gypsum scale being dissolving off water pipes.

It also helps to reduce the size of mineral build-up when water passes through taps or showerheads which has previously resulted in damaged hair and irritated skin.

Putting the device to use


The device was installed at a hotel in the Pacific island of Tonga.

Pearce explained that normally salt restricted the water intake but research has shown that by changing the charge, salt can move away from the roots of the plant and deeper through the soil profile, so plants can continue drinking, even during hot days.