Whole Home Systems
Standard Whole-Home Softener + Filtration
Softening and carbon filtration in a single tank — a 48,000-grain system sized for most single-family homes, also available with a larger 64,000-grain tank.
48,000 grains
Brevard County · Florida
Water Treatment in Port St. John
Port St. John sits on the Indian River between Cocoa and Titusville, a residential community of single-family streets off US-1.
Coverage in Port St. John is being confirmed. Request a quote or free water test and we’ll confirm whether we can serve your address before anything is scheduled.
Local focus
Water treatment for Port St. John homes
A free water test helps Port St. John households decide between whole-home treatment, a drinking water system, or both.
Family homes often start by comparing whole-home softening and filtration with a drinking water system at the kitchen sink. Water varies from home to home, even on the same street, so we never assume — a water test shows what your water actually needs.
Port St. John questions
Is Port St. John in your service area?
Port St. John is on our list, and we’re still confirming coverage there. Request a free water test or call, and we’ll confirm whether we can serve your address before anything is scheduled.
Whole-home or drinking water system — which comes first?
It depends on your goals. Many homeowners start with the concern that bothers them most day to day; a water test helps decide.
More places in Brevard County
Back to Brevard County map & directoryRelevant water-treatment services
Systems Port St. John homeowners can explore
Starting points to read about before your water test — not a recommendation for your home.
Whole Home Systems
XL Whole-Home Softener + Filtration
The same one-tank design with 64,000 grains of capacity for larger homes, bigger households or harder water.
64,000 grains
Drinking Water Systems
HW800 AlkaPro Tankless RO
A seven-stage, tankless reverse osmosis system that makes up to 800 gallons per day on demand at your kitchen sink.
Tankless, under-sink reverse osmosis