Proven Performers in Treating Sulfur and Iron Problems

Shown with brine tank for chlorine generator option.

Evolve Series® EVS and EVB water filters are innovative systems specifically engineered to treat two of the most challenging water quality issues — high levels of hydrogen sulfide and high levels of iron.

Each unit employs unique air-injection filtering technology to oxidize sulfur and iron into precipitates that can be readily filtered and removed. No additional chemicals needed — just air. In addition, each system can also remove other unwanted minerals and turbidity.

Evolve EVS Filter - Effectively treats hydrogen sulfide
Virtually everyone knows the rotten egg smell of hydrogen sulfide in household water. Yet, no one has to live with it. The EVS filter is today's proven and practical solution.*

Evolve EVB Filter - Effectively removes high iron levels
High levels of iron continually stain plumbing fixtures and clog pipes. Even laundry gets the "red tint" of iron-saturated water. The EVB filter is the perfect solution.

Each system also boasts a state-of-the-art, programmable microprocessor-based controller with alternate cycle sequencing. This feature helps optimize treatment cycles while minimizing water consumption.

The result is nothing less than remarkable. Just the quality water you deserve.

*Available with integrated chlorine generator that sanitizes the media bed with each regeneration.

Download the Evolve Series EVS & EVB Sell Sheet

EVS Catalytic Media
Evolve Series® EVS units are highly effective at removing hydrogen sulfide because they utilize a high-grade, activated media to develop catalytic functionality. This media is unique because it concentrates contaminants within the pores of the media and then promotes their reaction on the surface of the pores.

Optional Chlorine Generator
All EVS filters can be fitted with an optional chlorine generator when additional protection is needed from nuisance bacteria.

EVB Catalytic Media
Evolve Series® EVB units are highly efficient at removing iron because its media acts as an insoluble catalyst to enhance the reaction between dissolved oxygen and iron compounds. This process converts iron to particles that can be easily filtered.