Single-tank softeners
Demand-initiated systems for conventional residential softening.
Residential water treatment
Match the treatment to the water.
We configure softening, filtration and drinking-water equipment around test results, household demand and the specific condition you want to address.
Our approach
No universal filter. No guessing.
A softener is designed for hardness. Carbon is commonly selected for taste, odor and certain chemical-reduction applications. Iron, sulfur, nitrate, tannins, acidity and drinking-water concerns can each require different treatment stages.
The underlying residential equipment range includes single-tank, twin-tank and cabinet softeners; problem-water filters; filter housings and cartridges; and point-of-use drinking-water systems. Final performance depends on the exact equipment, media and certification selected.
Water softening
Single-tank, high-efficiency and twin-tank configurations sized for hardness, people, bathrooms, peak flow and regeneration goals.
Iron, manganese & sulfur
Problem-water configurations selected after measuring iron form and concentration, manganese, odor, pH and other water chemistry.
Whole-home filtration
Sediment, carbon and specialty-media options configured for point-of-entry treatment and the home's required service flow.
Drinking-water systems
Reverse osmosis, chemical-reduction and point-of-use systems for targeted treatment at the kitchen tap.
Treatment matrix
What can be addressed?
Testing identifies the concern; exact equipment documentation determines the claim.
| Water concern | What you may notice | Possible treatment path |
|---|---|---|
| Hardness | Scale, spotted glassware, soap inefficiency | Properly sized ion-exchange softener; twin-tank option for continuous soft water |
| Iron & manganese | Orange, brown or black staining; metallic taste | Oxidation/filtration, specialty media or another test-driven configuration |
| Sulfur odor | Rotten-egg odor at hot or cold taps | Determine whether the source is the well, plumbing or water heater, then select treatment |
| Chlorine, taste & odor | Pool-like smell or unpleasant drinking water | Activated carbon or a documented point-of-use chemical-reduction system |
| Sediment & turbidity | Visible particles, cloudiness, clogged fixtures | Cartridge or backwashing filtration selected by particle load and flow |
| Nitrate | Often no taste, odor or visible warning | Laboratory test first; nitrate-selective or appropriately certified drinking-water treatment |
| Heavy metals | Often not detectable by appearance or taste | Lab testing followed by contaminant-specific media or certified treatment |
| Tannins & acidity | Tea-colored water, staining, low-pH corrosion | Specialty resin or neutralization selected from lab results |
| PFAS & specific chemicals | Usually no visible sign | An exact system with documented reduction performance for the named contaminant |
| Microplastics & fine particles | Typically not visible without specialized analysis | Fine filtration or membrane treatment may reduce particles within a rated range; verify exact performance |
“May reduce” is not a certified reduction claim. We confirm the exact model, cartridge, membrane and applicable test standard before making a recommendation.
Equipment families
A complete residential toolbox
Walleye leads with the water problem and service—not model numbers.
Twin-tank softeners
Alternating tanks for continuous treated water during regeneration.
Problem-water filters
Options for iron, sulfur, manganese, heavy metals, tannins, nitrate and acidity.
Filter housings
Point-of-entry and point-of-use housings with sediment and carbon cartridges.
Reverse osmosis
Under-sink treatment selected for source water and target contaminants.
Specialty treatment
UV and specialty-media solutions when testing supports the application.