Product Documentation

The use of anion exchange resin for removing nitrate from drinking water sources.

A comparison between strong base anion resins for nitrate removal, both general resins and selective resins.

Removal of NOM using a specialty anion resin.

How to save substantial amounts of rinse water in the regeneration plant.

Soaking a freshly regenerated mixed bed tank overnight in DI water before use can help achieve a higher purity effluent when put into service.

The selective removal of perchlorate from groundwater using ion exchange.

This presentation is designed for those regeneration DI resin in their facilities and how to do it.

The benefits of using potassium chloride versus sodium chloride as a brine regenerant.

How to predict the field operating capacity of strong base anion resins based on their current chemical condition as reported by the analytical laboratory.

How to keep suspended solids from entering the ion exchange bed. How to properly backwash and clean a bed that may have become impacted by suspended solids accumulation.

Peter Meyers responds to WC&P readers’ questions.

SIR-1300 is REDOX Media which removes dissolved Fe, Mn, H2S, Arsenic from potable and non-potable water. This resin media does not require chemical regenerant. Regeneration is done with backwash water+ Air scour periodically

The use of ion exchange resins for removal of trace contaminants such as uranium, radium, perchlorate, chromate, and arsenic.

The use of strong base anion resins operated in the chloride form for removal of natural organic material.

The fundamentals of regenerating softeners and two bed deionizers

Resin regeneration fundamentals.

How to disinfect a bed of ion exchange resin.