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The Recoflo® Water Demineralizer is able to produce higher purity water without the need of a mixed bed polisher. In many cases, it is able to produce water with a conductivity as low as 0.1 microseimens/cm with less than 0.010 mg/L of silica using only the cation and anion beds.

This high level of performance is made possible by the rapid and efficient exchange kinetics resulting from the use of fine mesh resins and low resin loading. These in combination with the high flowrates, result in short cycle times, both in service and regeneration.

Other demineralizers are onstream for approximately 20 hours and require several hours to regenerate. The Recoflo® Demineralizer is typically onstream for less than 30 minutes and is regenerated in less than 7 minutes. The shorter cycles make the Recoflo® Demineralizer more resistant to organic fouling and allow for the more effective removal of colloidal and ionic silica.

Recoflo® Demineralizer Information

Recflo Triflo Demineralizer

The Recoflo® TriFlo™ Demineralizer produces the very high purity water (i.e. conductivity of less than 0.1 microseimens/cm) often required to feed critical and super critical boilers. It can do this economically and simply in a single process unit from feedwaters containing up to 450 ppm of total dissolved solids. Ultrapure water can be achieved by simply adding an additional cation resin bed as a polisher after the usual two-bed demineralizer to remove the contaminating sodium ions. The TriFlo™ Demineralizer can provide solutions for applications requiring high purity water in the range of 10 - 17.5 megohm resistivity.

Recoflo® TriFlo™ Demineralizer Information

Recoflo Water Demineralizer
Recflo Triflo
Benefits
Reduced operating costs
Reduced commissioning and installation costs
Reduced space requirements
Reduced operator attention
Rapid return to service after regeneration cycle
Reduced chemical usage and waste generation
High-purity water production without a mixed bed
Technical Papers
Technical Paper 150 - Six Years of Short-Bed Demineralization at the Ontario Health Sciences Centre. Download
Technical Paper 153 - Short-Bed Demineralization: An Alternative to Electrodeionization. Download
Technical Paper 163 - Revolutionary Design of Demineralization Plants for Process Industry Water Management in Process Industry. Download
Technical Paper 188 - Increased Water Treatment Plant Capacity at a Mexican Power Station Using Micro Media Filters Ahead of RO and Replacing EDI with Ion Exchange. Download
White Paper - Ultrapure Water without Mixed Bed. Download
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