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Water Contaminants Guide · Fort Myers
Three of the most talked-about water concerns work nothing alike, and no single filter handles all three. Here is what each one actually is, where it comes from, and what kind of treatment addresses it.
"Does a filter remove that?" depends entirely on what "that" is. PFAS, chlorine, and lead behave completely differently in water, come from different sources, and call for different filtration approaches.
United Plumbing has installed water treatment systems across Fort Myers and Southwest Florida since 1980. This guide breaks down what each of these three contaminants actually is, and what kind of filtration is designed to address it.
Water quality in Fort Myers depends on whether a home is on municipal supply or a private well. Municipal water is treated before it reaches your tap, which is where chlorine or chloramine typically comes from. Private wells draw untreated groundwater, which can carry naturally occurring minerals, iron, or sulfur depending on the area. PFAS and lead are not tied to one source type; PFAS can enter water supplies from various industrial or environmental sources, while lead most often comes from the plumbing between the source and your faucet.
PFAS are a large group of manufactured chemicals used for decades in products resistant to heat, oil, and water. They are sometimes called "forever chemicals" because they break down very slowly in the environment. The U.S. EPA regulates certain PFAS compounds in drinking water and has published health advisories on the topic; homeowners concerned about PFAS should review guidance directly from the EPA's PFAS resources.
PFAS are not something you can see, taste, or smell. The only way to know whether they are present in your water is through laboratory testing.
Public water utilities add chlorine or chloramine to disinfect water and control bacteria as it travels through the distribution system. It is doing its job by the time it reaches your tap, but many homeowners notice the taste or smell and want it reduced for drinking and cooking water.
Unlike PFAS or lead, chlorine taste and odor is usually the most straightforward of the three to address, and it is often the first thing a whole-house or under-sink carbon filter is chosen to handle.
Lead in tap water almost never comes from the water source itself. It typically comes from lead service lines, lead solder used in older plumbing, or brass fixtures that contain trace amounts of lead, all of which can be more common in older homes. Florida homes built before lead solder was phased out of plumbing use are the ones most worth checking.
The U.S. EPA and CDC both publish guidance on lead in drinking water and how to have a home's plumbing evaluated; see the EPA's lead in drinking water guidance for more detail.
A filter that removes chlorine taste was never designed to remove PFAS or lead. Matching the equipment to what is actually in your water is the whole job.
Different treatment technologies target different contaminants. This is a general guide, not a guarantee for any specific product; always check a filter's certification against the exact contaminant you are trying to address.
| Contaminant | Typical Source | Filtration Approach |
|---|---|---|
| Chlorine / chloramine | Added by the water utility for disinfection | Carbon filtration, whole-house or under-sink |
| PFAS | Varies; can enter water supplies from multiple sources | Activated carbon or reverse osmosis, sized for PFAS reduction |
| Lead | Plumbing itself: service lines, solder, older fixtures | Certified lead-reduction filtration at the point of use, or plumbing replacement |
| Sediment | Well water, aging pipes, water main work nearby | Sediment pre-filtration |
| Hardness minerals | Naturally occurring calcium and magnesium | Water softener or conditioner, a separate issue from filtration |
Look for equipment certified to NSF/ANSI standards for the specific contaminant you are addressing. A filter certified for chlorine taste and odor is not automatically certified for PFAS or lead reduction.
None of these three contaminants can be reliably identified by taste, smell, or appearance alone. Chlorine is the exception you can usually smell, but PFAS and lead give no warning signs at all. Laboratory water testing is what actually tells you whether PFAS or lead are present and at what level, which is the only reliable basis for choosing equipment.
Our guide to reading your water test results walks through what a lab report actually tells you once you have one in hand.
Contaminant Check
What's actually prompting your concern?
This points toward what to test for first.
Contaminant Check
Roughly how old is your home's plumbing?
Lead risk is tied to plumbing age, not the water source.
Contaminant Check
Have you had your water tested for any of these before?
Testing is what actually confirms what's present.
About the author: United Plumbing Inc has been the Fort Myers plumber for residential, commercial and new construction customers since 1980. Licensed technicians install and service water treatment systems across Fort Myers, Cape Coral, North Fort Myers, Estero, Bonita Springs and the barrier islands. Florida License CFC 1433130. Head office: 3560 Teeside Lane, Fort Myers, FL 33916. Reviewed by United Plumbing's service management team. Last updated September 2026.
United Plumbing
United Plumbing tests and treats water quality issues across Fort Myers and Southwest Florida. Licensed, upfront, and installed right the first time.
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PFAS (per- and polyfluoroalkyl substances) are a large group of manufactured chemicals that resist heat, oil, and water, which is why they were used in so many consumer and industrial products for decades. They break down very slowly in the environment, which is why they matter for drinking water: once present, they can persist. The U.S. EPA regulates certain PFAS compounds in drinking water; see epa.gov/pfas for current guidance.
No. Boiling water does not remove PFAS or lead, and it does not remove chlorine either, though it can cause chlorine to evaporate somewhat over time. Boiling is generally used to kill certain biological contaminants, not to remove chemicals or metals. Filtration matched to the specific contaminant is the appropriate approach for PFAS, chlorine, and lead.
Filtration certified for lead reduction, typically at the point of use under a sink or at a single faucet, is the standard approach. Since lead usually comes from plumbing rather than the water source, replacing the affected service line, solder, or fixture is sometimes part of the fix alongside or instead of filtration. Look for equipment specifically certified for lead reduction rather than assuming a general carbon filter addresses it.
Water utilities add chlorine or chloramine to disinfect the supply and control bacteria as it travels through the distribution system. By the time it reaches your tap it has done its job, but the taste or smell can still be noticeable, especially in cooking or drinking water. A carbon filtration stage, whole-house or under-sink, is the standard way to reduce it.
Lead risk is tied mostly to plumbing age. Homes with original plumbing from before the mid-1980s are the ones most worth checking for lead service lines, lead solder, or older brass fixtures. Since lead cannot be seen, tasted, or smelled, a lab water test or a plumbing inspection is the only reliable way to confirm whether it is present.
Not usually a single stage. Whole-house or multi-stage systems can combine carbon filtration for chlorine and PFAS with a separate certified stage for lead, but a filter certified only for one contaminant should not be assumed to handle the others. The right combination of stages depends on what your water testing actually shows.
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PFAS IN WATER FORT MYERS | LEAD IN DRINKING WATER | CHLORINE FILTER FORT MYERS | WATER CONTAMINANTS FORT MYERS