Remedi Filter

 is a new type of water filter media combining the proven benefits of standard pleated filters with a breakthrough in nano-technology to create a unique filter possessing removal capabilities well beyond the scope of conventional filtration technologies.

Utilising the principle of electro-adhesion  is capable of removing a wide range of water borne contaminants including bacteria, cysts, viruses and colloidal particles;

  • Removing >99.9999% at 0.2 microns
  • Removing >99.997% at 0.02 microns (Virus level)
  • Lowest Pressure Drop – Comparable to a 2-3 µ/micron filter
  • Wide pH Ranges – Effective from pH 4 to pH 9
  • High Dirt Retention – Up to 25 times greater dirt holding capacity
  • Heavy Metal Removal – Copper, Iron, Lead, Tin

In contrast to traditional water filter technology, which removes contaminants based purely on the physical pore size of the media,  utilises 2 to 3 micron nominal pore size to trap particles between 0.5 and 2 microns and combines this with process called ‘electro-adhesion’ to trap fine and ultra-fine particles down to an incredible 0.02 microns.
This powerful combination of physical filtration and electro-adhesion results in a filter with higher removal capacities reduced clogging, minimal pressure drop and longer life, even in the presence of saline (salt water) solutions.
As a result,  filtration capabilities extend beyond common bacteria and cysts to include;

  • Viral and bacterial microbes
  • Endotoxins, DNA, RNA,
  • Electro-negatively charged proteins
  • Sub-micron and nano size organic and inorganic particles

Key Benefits
Compared to traditional water filtration media such as membranes, hollow fibre and ultra-filters  offers significant performance benefits including;

  • Lower operational costs achieved from reduced maintenance cycles
  • Lower power consumption due to lower pressure drop profile
  • Improved water recovery and recycling rates
  • Reduced chemical inputs
  • Reduced maintenance and replacement cycles
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Download the Technical Specifications: