Frequently Asked Questions
What contaminants do ion filters remove?
Ion filtration systems are designed to remove heavy metals and minerals including arsenic, chromium, copper, nickel, iron, and sulfur from your water supply. They use ion exchange technology to swap harmful ions for harmless ones.
When would I need an ion filter instead of a standard water softener?
If your water test reveals elevated levels of metals like arsenic, chromium, or copper — beyond what a standard softener handles — an ion filtration system is the right solution.
Are ion filters safe for drinking water?
Yes. Ion filtration is an established, safe water treatment technology used in both residential and commercial applications. The systems we install meet industry standards for producing clean, safe water.
How long do ion filter systems last?
With proper maintenance, ion filtration systems provide years of reliable service. The media inside the system will eventually need replacement, but the frequency depends on your water quality and usage.
How does an ion filter work?
Ion filters use a specially designed resin or media bed that attracts and captures specific dissolved metals and minerals as water passes through. The harmful ions in your water are exchanged for harmless ones, producing clean, treated water.
Can an ion filter remove arsenic from well water?
Yes. Ion filtration is one of the most effective methods for removing arsenic from residential well water. If your water test shows elevated arsenic levels, an ion filter system can reduce it to safe levels.
Do I need an ion filter if I already have a water softener?
Possibly. A water softener handles hardness minerals (calcium and magnesium), but it does not effectively remove heavy metals like arsenic, chromium, or high levels of iron. If your water test shows these contaminants, adding an ion filter provides comprehensive treatment.
Are ion filtration systems available for commercial properties?
Yes. We install and service ion filtration systems for both residential and commercial applications in Marion, Alachua, and Lake Counties. Commercial systems can be scaled to handle higher water volumes.