It is very important to speak with us about the particular problem that you have with the water supply,
please telephone us on 0800 0681857.
We are happy to build a bespoke turnkey system. To arrive at the correct solution to your needs we require a water analysis. From this water analysis we will then be able to specify the correct equipment and systems to suit the application.
Private Water Supplies Regulations 2009 require water from springs, bore holes, surface water, well water, (and other sources) that is to be used for food preparation and Human consumption to meet certain parameters.
Water treatment systems for correction of contaminates such as Bacteria (E. coli.), Arsenic, Iron, Manganese, Lead, Nitrate, Nitrite, Sediment, pH, Taste, Turbidity, Odour, Hydrogen Sulphide, and many more.
We offer our usual methods of water treatment plus many more specialist water treatment solutions.
This process renders contaminants insoluble via the use of oxygen. The precipitate is then filtered and backwashed out from the system. The filter used is determined by the initial water analysis (please note that this method can be used to eliminate Hydrogen Sulphide).
Used on systems where backwashing is appropriate, this method uses Granular Activated Carbon. The carbon either absorbs or converts the contaminants, depending upon their make up.
This process can be done either at point of entry, or at point of delivery (for drinking purposes). The process utilises an ion exchange similar to that used in a softener bed.
Water with a pH value below 7 (acids) can cause corrosion. This can be addressed by using a high pressure vessel containing Dolomatic Limestone. The pH is raised to above 7, taking it into the neutral to alkaline range. This correction is often needed when Iron or Manganese removal is required.
This harnesses the action of low micron levels teamed with layered media beds. This works at high flows and other more specialist media may be needed to achieve better polishing results with certain waters.
This is an aero-separator system that oxygenates and degases water with a mixed filter bed. It corrects pH, removes turbidity and also removes many metals.
This enhances the performance of Iron/Manganese units. It adds oxygen before the catalytic filter either from air drawn in through a venture, or from an ozone generator. It also helps to raise pH levels by gassing off Carbon Dioxide and reducing Hydrogen Sulphide, which gives off a bad taste.