Incoming Feed Water

Pure water is one of the foundations of hospital care and resources. Stringent health and safety regulations are adhered to by hospitals and other healthcare facilities to ensure both patient and staff safety. To meet these regulations, it is critical that the water is thoroughly treated and stored correctly as well as sampled on a very frequent basis. Safety aside, purified feed water enhances the entire hospitals capacity for applications such as drinking water, boiler feed and laundry.

One of the most common problems encountered by the medical sector is hard water. This can create extra work for maintenance as a result of scale causing disruptions within pipes and water systems, as well as increased laundry and heating costs. Reverse osmosis is usually ideal to remove the metal ions populated within hard water. However, considering the level of reliability that water systems within a hospital needs to reach, we recommend softening source water before it enters the RO system. 

Reverse osmosis will also contribute to the removal of ~99% bacteria and parasites from feed water. Hospitals obviously need to have water completely free of contamination, meaning an added layer of protection in the form of UV sterilisation is required to control the future growth of microorganisms.

 

 

Treatment Process

1

Water Softening

Water hardness is the common term for elevated amounts of calcium ions and magnesium ions within source water. Our water softening resin is ideal for replacing even the most stubborn ions within your water with more soft sodium ions.

2

Particle Removal

Our cartridges offer outstanding absorption of sediment, dirt, sand and scale flakes to prevent filtration systems from blockage and microorganism growth.

3

Chlorine and Organics Removal

Carbon cartridges are a long established choice for the reduction and removal of chlorine, VOCs and heavy metals whilst reducing water hardness.

4

Reverse Osmosis

Pure water (permeate)  is produced during reverse osmosis by applying pressure to force water through a semi permeable membrane, leaving a majority of the present ions and dissolved solids on the other side to drain as waste (concentrate).

5

Ultraviolet Sterilisation

Our UV Systems produce light radiation at 253.7 nm, the ideal wavelength to kill and inhibit the growth of 99.9% of bacteria and viruses without any by product or requirement of chemical treatment.

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