Microplastics in Drinking Water: Should South Florida Residents Be Concerned?
You've probably seen the headlines: microplastics are everywhere—in ocean fish, in the air we breathe, in Arctic ice, and yes, in our drinking water. But what does this actually mean for you if you live in Miami, Fort Lauderdale, Boca Raton, or anywhere else in South Florida? Should you be worried? And more importantly, can you do anything about it?
After years of testing water throughout South Florida and watching the research on microplastics evolve, I can give you straight answers based on what we actually know, what we don't know yet, and what you can do right now to protect your family.
What Are Microplastics, Really?
Microplastics are tiny plastic particles less than 5 millimeters in size—about the size of a sesame seed or smaller. Most are much smaller, invisible to the naked eye.
They come from two main sources:
Primary microplastics: Intentionally manufactured small plastics like microbeads in cosmetics, plastic pellets used in manufacturing, and fibers from synthetic clothing.
Secondary microplastics: Larger plastic items that break down over time—water bottles, plastic bags, fishing gear, car tires, even the plastic coating on your couch cushions. UV light, wave action, and weathering break these down into progressively smaller pieces.
The problem: plastic doesn't biodegrade. It just breaks into smaller and smaller pieces. Eventually those pieces become so small they infiltrate water supplies, food chains, and yes—our bodies.
How Microplastics Get Into South Florida Drinking Water
South Florida's geography and lifestyle make us particularly vulnerable to microplastic contamination.
Ocean and Coastal Sources:
We're surrounded by water. The Atlantic Ocean, Florida Bay, the Gulf of Mexico—all contain massive amounts of plastic pollution. South Florida's extensive coastline means ocean water (containing microplastics) interacts constantly with our groundwater through:
Saltwater intrusion into the Biscayne Aquifer (particularly affecting Miami-Dade and eastern Broward County)
Tidal influences on coastal wells
Storm surge and flooding that pushes ocean water inland
Natural mixing zones where freshwater meets saltwater
Recent studies found microplastic concentrations of 4-8 particles per liter in ocean water near Miami Beach and Fort Lauderdale. When that water infiltrates our aquifer system, those particles come with it.
Aging Infrastructure:
Many South Florida communities have water pipes installed 40-60+ years ago. As plastic pipes (PVC, polyethylene) age and degrade, they shed microplastic particles directly into your tap water.
A 2023 study found that plastic water pipes can release millions of microplastic particles per liter when water sits stagnant in pipes—exactly what happens overnight in your home's plumbing.
Metal pipes aren't immune either. The protective coatings inside many older metal pipes are plastic-based and break down over time.
Water Treatment Facilities:
Water treatment plants weren't designed to remove microplastics. Standard filtration removes sediment, bacteria, and chemicals, but microplastics—especially those smaller than 10 microns—pass right through.
Even advanced treatment facilities in Miami-Dade, Broward, and Palm Beach counties that use multiple filtration stages don't specifically target microplastic removal.
Urban Runoff:
South Florida's frequent heavy rains wash plastic debris from streets, parking lots, and urban areas into our water systems. Every rainstorm flushes:
Tire particles from roadways (a major source of microplastics)
Degraded plastic litter
Synthetic fibers from outdoor fabrics
Paint chips containing plastic polymers
Plastic particles from construction materials
The extensive canal system throughout South Florida carries this contaminated runoff directly into water sources.
Wastewater and Reclaimed Water:
South Florida increasingly uses reclaimed water for irrigation and aquifer recharge. While treated to high standards, wastewater contains massive amounts of microplastics from:
Synthetic clothing fibers from washing machines (a single load can release 700,000+ microfibers)
Personal care products
Food packaging
Household plastic items
Wastewater treatment removes larger plastics but many microplastics pass through and enter reclaimed water systems.
The Everglades Agricultural Area:
Western areas of Palm Beach County and parts of western Broward receive water influenced by the Everglades Agricultural Area. Agricultural plastics—greenhouse coverings, irrigation systems, mulch films—degrade and release microplastics into water systems.
Our Lifestyle:
South Florida's outdoor lifestyle means more plastic exposure. Beach communities, boating culture, outdoor dining, and tourism all contribute to plastic pollution that ultimately affects drinking water.
What the Research Actually Shows
Let's cut through the hype and look at what studies have actually found.
Global Water Testing:
A 2018 study by Orb Media tested tap water samples from 159 locations across 14 countries. They found microplastics in 81% of samples worldwide, averaging 4.34 plastic particles per liter.
In the United States, 94% of tap water samples contained microplastics—the highest contamination rate in the study. While specific Florida data wasn't detailed, US samples averaged 9.24 particles per liter.
Bottled Water Reality Check:
Before you think bottled water is the answer: a 2018 study testing 259 bottles from 11 brands found an average of 325 microplastic particles per liter—nearly double the amount found in tap water.
A 2021 study found some bottled water samples contained over 10,000 microplastic particles per liter.
The bottles themselves release particles, especially when left in hot cars (common in South Florida).
Types Found in Drinking Water:
The most common microplastics found in drinking water are:
Polyethylene terephthalate (PET) - from bottles
Polypropylene (PP) - from bottle caps, containers
Polyethylene (PE) - from bags, films
Polystyrene (PS) - from foam containers
Polyamide (nylon) - from synthetic fabrics
Polyvinyl chloride (PVC) - from pipes
Size Matters:
Most microplastics in drinking water range from 1-500 microns. For perspective:
A human hair is about 75 microns wide
The smallest particles we can see are about 40 microns
Many microplastics are smaller than 10 microns—completely invisible
The smaller particles are more concerning because they can:
Pass through digestive system walls into bloodstream
Cross the blood-brain barrier
Accumulate in organs
Recent Alarming Findings:
A March 2024 study published in the New England Journal of Medicine examined people undergoing surgery to clear blocked arteries. Researchers found:
Microplastics and nanoplastics in arterial plaque of 58% of patients
Those with plastics in their arteries were 4.5 times more likely to experience stroke, heart attack, or death over the next 3 years
This is correlation, not proven causation, but it's concerning enough that the scientific community is taking notice.
A 2022 study found microplastics in human blood for the first time, detected in 80% of tested individuals.
A 2020 study found microplastics in human placentas—meaning fetuses are exposed before birth.
Health Effects: What We Know and Don't Know
Here's the frustrating truth: we don't have decades of research on microplastic health effects because we've only recently developed the ability to detect and measure them.
Potential Health Concerns (Based on Current Research):
Physical effects:
Inflammation when particles lodge in tissues
Cell damage from sharp-edged particles
Physical blockage in small blood vessels or organs
Chemical effects:
Plastics contain additives (plasticizers, flame retardants, UV stabilizers, pigments)
Many of these additives are endocrine disruptors affecting hormones
Microplastics can absorb and concentrate other pollutants, then release them in the body
Specific concerns being studied:
Digestive system: Microplastics can damage intestinal lining and affect gut bacteria balance
Immune system: Potential for triggering inflammation and immune responses
Reproductive health: Some plastic additives are known endocrine disruptors
Respiratory system: Inhaled microplastics (separate from drinking water exposure) cause lung inflammation
Developmental effects: Potential impacts on fetal development and children's growth
Cancer risk: Some plastic additives are known or suspected carcinogens
What We Don't Know Yet:
Long-term effects of chronic low-level exposure
Whether particles can accumulate in specific organs over time
Differences in health impact between particle sizes
How much microplastic exposure is "safe" (no established limits exist)
Whether removal of existing microplastics from the body is possible
The Precautionary Principle:
Scientists increasingly recommend taking the "precautionary principle" approach: reduce exposure now while we wait for more definitive research, rather than waiting for proof of harm before acting.
This is especially important for:
Pregnant women
Infants and young children
People with compromised immune systems
Anyone concerned about long-term health
How Much Microplastic Are South Florida Residents Actually Consuming?
While specific South Florida data is limited, we can make reasonable estimates based on available research.
From Drinking Water:
If South Florida tap water contains similar levels to the US average (approximately 9 particles per liter), and you drink 2 liters of water daily:
Daily intake: ~18 microplastic particles
Annual intake: ~6,570 particles
That's just from drinking water. It doesn't include:
Food (seafood, sea salt, honey, beer, and many other items contain microplastics)
Air (we inhale microplastics, especially indoors)
Skin contact
Total Exposure Estimates:
A 2019 study estimated Americans consume 39,000-52,000 microplastic particles annually from food and drink combined. Adding inhalation exposure pushes this to 74,000-121,000 particles annually.
For South Florida residents, exposure is likely higher than the national average due to:
Higher seafood consumption
Aging plastic infrastructure
Proximity to ocean sources
Climate factors (heat degrades plastics faster)
Outdoor lifestyle increasing exposure
Children's Exposure:
Children have higher consumption relative to body weight. Infants may have particularly high exposure from:
Plastic baby bottles (can release millions of microplastic particles when heated)
Formula prepared with contaminated water
Plastic toys and teething products
Microplastics in breast milk (recently confirmed in studies)
Can Water Filtration Remove Microplastics?
Finally, some good news: yes, certain filtration technologies effectively remove microplastics from drinking water.
What Works:
Reverse Osmosis (RO) - Most Effective:
RO systems force water through a semi-permeable membrane with pores measuring 0.0001 microns—far smaller than even the tiniest microplastics.
Removal rate: 95-99%+ of all microplastics
RO removes particles as small as 0.001 microns, which means it captures:
All microplastics
Most nanoplastics (even smaller than microplastics)
Virtually all other contaminants
This is the gold standard for microplastic removal.
For South Florida homes, under-sink RO systems ($400-900 installed) provide highly purified drinking and cooking water with near-complete microplastic removal.
Carbon Block Filters - Moderately Effective:
High-quality carbon block filters can remove some microplastics, particularly larger particles (above 1 micron).
Removal rate: 50-80% depending on filter quality and particle size
Carbon blocks work through:
Physical filtration (particles get trapped in pores)
Adsorption (some plastics stick to carbon surface)
Not as thorough as RO, but better than nothing and more affordable.
What Doesn't Work Well:
Basic pitcher filters (Brita, PUR): Remove minimal microplastics, primarily designed for chlorine and taste improvement
Refrigerator filters: Similar to pitcher filters—not designed for microplastic removal
Water softeners: Remove hardness minerals only, not microplastics
UV purification: Kills bacteria but doesn't remove physical particles
Boiling water: Doesn't remove microplastics; may even concentrate them as water evaporates
Activated granular carbon: Less effective than carbon block for particle removal
What About Whole-House Filtration?
Whole-house systems can reduce microplastic exposure from:
Showering (you may absorb some microplastics through skin)
Cooking with hot water
Ice makers
All household uses
However, whole-house RO is expensive ($4,000-8,000) and not usually necessary. Most exposure comes from drinking water, so point-of-use RO at kitchen sinks provides excellent protection at reasonable cost.
Whole-house sediment filters (5-20 micron) can remove larger microplastic particles and are worth considering as a first line of defense.
Practical Steps to Reduce Microplastic Exposure in South Florida
You can't eliminate microplastic exposure entirely, but you can significantly reduce it.
Priority #1: Filter Your Drinking Water
Install an under-sink reverse osmosis system for drinking and cooking water. This single step eliminates 95-99% of microplastics in the water you consume most.
Cost: $400-900 installed at Water Wizards Payback: Immediate health benefit plus savings from eliminating bottled water
Priority #2: Stop Buying Bottled Water
Counterintuitive but true: bottled water often contains more microplastics than tap water, plus you avoid microplastics from the bottles themselves.
Use RO-filtered tap water in reusable stainless steel or glass bottles instead.
Priority #3: Reduce Plastic in Your Home
In the kitchen:
Replace plastic food storage containers with glass or stainless steel
Use glass or stainless steel water bottles
Choose wooden or stainless steel utensils over plastic
Avoid heating food in plastic containers (heating releases more particles)
Don't put plastic in the dishwasher (heat degrades it faster)
In the bathroom:
Replace plastic toothbrushes with bamboo alternatives
Choose personal care products without microbeads
Use natural fiber washcloths instead of plastic scrubbers
Laundry practices:
Wash synthetic clothing less frequently
Use a microfiber-catching laundry bag (Guppyfriend, Cora Ball)
Choose natural fiber clothing when possible (cotton, wool, linen)
General household:
Vacuum and dust regularly (microplastics accumulate in household dust)
Open windows when possible (indoor air contains more microplastics than outdoor)
Replace plastic cutting boards with wood
Use beeswax wraps instead of plastic wrap
Priority #4: Be Smart About Seafood
South Florida's seafood is delicious but can contain microplastics:
Smaller fish generally contain less than larger predatory fish
Wild-caught often has less than farmed (though not always)
Shellfish (filter feeders) can contain more microplastics
Remove and don't eat fish organs where microplastics concentrate
Don't stop eating seafood—the health benefits outweigh microplastic concerns—just be mindful.
Priority #5: Protect Your Children
For infants:
Use glass baby bottles instead of plastic
If using plastic bottles, don't heat formula/milk in them
Prepare formula with RO-filtered water
Choose silicone or natural rubber pacifiers/teethers
For young children:
Provide stainless steel or glass water bottles for school
Limit plastic toys, especially those that go in mouth
Use stainless steel or bamboo plates/utensils instead of plastic
Special Concerns for South Florida Coastal Residents
If you live near the ocean in Miami Beach, Fort Lauderdale beach, Boca Raton, or other coastal areas, you face additional microplastic exposure concerns:
Beach activities: Sand contains microplastics (studies show 100-1,000+ particles per kg of beach sand). Children playing on beaches have increased exposure.
Saltwater intrusion: Coastal wells and aquifer systems have higher microplastic levels from ocean water infiltration.
Marine aerosols: Sea spray contains microplastics that you inhale. Studies show higher airborne microplastic levels in coastal areas.
Local seafood: Fish caught near shore in South Florida waters show microplastic contamination, though levels vary by species and location.
Additional steps for coastal residents:
RO filtration is even more important with saltwater intrusion
Rinse off after beach visits
Wash children's hands after beach play
Be particularly careful about seafood sources
The South Florida Infrastructure Challenge
South Florida faces unique challenges that may increase microplastic presence in our water:
Aging pipes: Much of Miami-Dade, Broward, and Palm Beach County infrastructure dates to the 1960s-1980s building boom. These aging plastic pipes shed more particles.
Climate factors: South Florida's heat accelerates plastic degradation. Pipes exposed to our intense sun and high temperatures break down faster.
Hurricane and flood damage: Storms damage infrastructure, increasing microplastic release. Post-hurricane testing often shows elevated contaminant levels including microplastics.
Rapid development: Construction activities release plastic particles from building materials into water systems.
Canal systems: South Florida's extensive canal network transports urban runoff (rich in microplastics) directly to water sources.
These factors mean South Florida residents may face higher microplastic exposure than people in other parts of the country—another reason filtration is particularly important here.
What Water Utilities Are (and Aren't) Doing
South Florida's major water utilities—Miami-Dade Water and Sewer Department, Broward County Water and Wastewater Services, and Palm Beach County Water Utilities—are aware of microplastic contamination but currently:
What they're doing:
Monitoring emerging research
Testing for microplastics in some source water (not routine yet)
Participating in studies
Considering future treatment upgrades
What they're not doing:
Routinely testing for microplastics in tap water
Reporting microplastic levels to consumers
Installing microplastic-specific treatment (too expensive currently)
Meeting any microplastic standards (none exist yet)
This isn't a failure of utilities—there are currently no federal regulations, standards, or requirements for microplastic testing or removal. The EPA is researching the issue but hasn't established guidelines.
This means residential filtration is currently your only reliable defense against microplastics in drinking water.
Future Outlook: What's Coming
The microplastics issue is rapidly evolving:
Research developments:
More studies on health effects expected in next 2-5 years
Better detection methods being developed
Long-term exposure studies underway
Potential regulations:
EPA may establish microplastic testing requirements by 2026-2028
Maximum contaminant levels could be established by 2030
Utilities may be required to install microplastic removal technology
Technology improvements:
More affordable filtration technologies in development
Whole-house microplastic removal becoming more accessible
New materials for pipes that don't shed particles
For now, though, protection is up to you.
Water Wizards' Approach to Microplastic Protection
At Water Wizards, we've been tracking the microplastics issue closely and updating our recommendations as research evolves.
Our South Florida microplastic protection strategy:
Free Water Quality Assessment: We test your water for various contaminants and discuss microplastic concerns specific to your location (coastal vs. inland, well vs. municipal, etc.).
Reverse Osmosis Systems: We install high-quality RO systems proven to remove 95-99% of microplastics along with other contaminants.
Comprehensive Protection: For clients concerned about whole-house exposure, we design systems combining sediment filtration (removes larger particles throughout the home) with point-of-use RO for drinking water.
Education: We help you understand your risk level based on location, water source, and lifestyle factors.
NSF-Certified Equipment: All our systems carry NSF certifications for contaminant removal, ensuring they perform as claimed.
Ongoing Research: We stay current with microplastic research and update recommendations as new information emerges.
South Florida Expertise: We understand our region's unique challenges—aging infrastructure, saltwater intrusion, climate factors—and design solutions accordingly.
Recent South Florida Installations Addressing Microplastic Concerns:
Miami Beach family (young children): Under-sink RO + whole-house sediment filter ($1,800) - parents wanted maximum protection for toddlers
Fort Lauderdale coastal home: High-capacity RO system for large family ($950) - concerned about saltwater intrusion and ocean plastic
Boca Raton expecting couple: Kitchen RO + bathroom RO for formula preparation ($1,400) - pediatrician recommended filtered water for baby
Coral Gables historic home: Complete system upgrade addressing lead and microplastics ($3,200) - health-conscious homeowners wanting best available protection
Take Action Today
Microplastic contamination in South Florida drinking water is real, widespread, and concerning. While we're still learning about long-term health effects, the precautionary principle says: reduce exposure now.
The single most effective step you can take is installing a reverse osmosis system for your drinking and cooking water. This removes 95-99% of microplastics along with lead, PFAS, chlorine, and virtually all other contaminants.
Schedule your free water quality consultation with Water Wizards:
Visit waterwizards.ai or call us today. We serve all of South Florida including Miami-Dade, Broward, and Palm Beach counties.
We'll:
Assess your specific water quality and microplastic risk
Explain your options from basic to comprehensive protection
Provide honest recommendations based on your needs and budget
Install certified equipment backed by warranties
Support you with ongoing service and maintenance
Don't wait for federal regulations or utility upgrades. Protect your family now with proven filtration technology.
Your health is too important to gamble on water quality. Let's find out what's in your water and fix it.
Frequently Asked Questions About Microplastics in South Florida Drinking Water
1. Are microplastics in South Florida tap water dangerous to my health?
The honest answer: we don't know for certain yet, but growing research suggests chronic exposure may cause health problems. Studies have found microplastics in human blood, organs, and arterial plaque, with one 2024 study linking arterial microplastics to increased heart attack and stroke risk. While we wait for more definitive long-term research, health experts recommend reducing exposure through water filtration—especially for pregnant women, infants, and young children.
2. How much microplastic is in Miami, Fort Lauderdale, and Boca Raton tap water?
While specific testing for South Florida cities is limited, US tap water averages about 9 microplastic particles per liter—meaning you consume approximately 18 particles daily if drinking 2 liters of water. South Florida levels may be higher due to aging infrastructure, coastal location, and climate factors that accelerate plastic degradation. The only way to know your specific levels is through specialized testing, though such testing isn't routinely available to homeowners.
3. Does boiling water remove microplastics?
No, boiling water does not remove microplastics. In fact, boiling may concentrate them as water evaporates. Microplastics are physical particles that remain in water regardless of temperature. The only effective methods for removing microplastics from drinking water are reverse osmosis filtration (95-99% removal), high-quality carbon block filters (50-80% removal), or specialized microplastic filtration systems.
4. Is bottled water safer than South Florida tap water for avoiding microplastics?
No, bottled water typically contains more microplastics than tap water. Studies found an average of 325 microplastic particles per liter in bottled water—more than double tap water levels—with some samples exceeding 10,000 particles per liter. Microplastics come from the bottle itself, the bottling process, and source water. Filtered tap water in reusable glass or stainless steel bottles is a safer, cheaper, and more environmentally friendly option.
5. What type of water filter removes microplastics from drinking water?
Reverse osmosis (RO) systems are most effective, removing 95-99% of all microplastics. RO membranes have pores measuring 0.0001 microns—far smaller than even the tiniest microplastic particles. High-quality carbon block filters can remove 50-80% of microplastics, particularly larger particles. Standard pitcher filters, refrigerator filters, and water softeners do not effectively remove microplastics.
6. Are children and babies more at risk from microplastics in water?
Yes, children face higher risk from microplastic exposure for several reasons: their smaller body size means higher exposure relative to weight, their developing organs and brains are more vulnerable to contaminants, and they often have higher intake from plastic baby bottles, formula prepared with contaminated water, and plastic toys. Health experts particularly recommend filtered water for preparing infant formula and providing drinking water to young children.
7. Does my Brita or PUR water pitcher filter remove microplastics?
No, standard pitcher filters like Brita and PUR are not designed to remove microplastics. These filters primarily reduce chlorine, improve taste, and remove some metals, but their filtration is not fine enough to capture most microplastic particles. For effective microplastic removal, you need reverse osmosis filtration or high-quality carbon block filters specifically certified for particle removal.
8. How do microplastics get into South Florida water supplies?
Microplastics enter South Florida water through multiple pathways: aging plastic infrastructure that sheds particles, saltwater intrusion from the ocean (especially affecting coastal areas), urban runoff washing plastic debris into water systems, breakdown of larger plastic items in the environment, wastewater containing synthetic clothing fibers, and agricultural plastics in western areas. South Florida's coastal location, extensive canal systems, and aging infrastructure make us particularly vulnerable to microplastic contamination.
9. Can a whole-house water filter remove microplastics throughout my South Florida home?
Whole-house sediment filters can remove larger microplastic particles (typically 5-20 microns and above) throughout your home, providing some protection. However, whole-house reverse osmosis systems—which remove 95-99% of all microplastics—are expensive ($4,000-8,000). Most families get excellent protection at reasonable cost by installing under-sink RO at the kitchen for drinking and cooking water, combined with whole-house sediment filtration for larger particles.
10. Are there microplastics in Miami Beach and Fort Lauderdale well water?
Yes, well water in coastal South Florida areas can contain microplastics from saltwater intrusion (ocean water contains 4-8 particles per liter near our coast), surface water infiltration, aging well components, and environmental contamination. Private wells are particularly vulnerable because they lack municipal treatment processes. Well water users in Miami Beach, Fort Lauderdale beach areas, and other coastal locations should prioritize reverse osmosis filtration for drinking water.
11. What health problems are linked to microplastics in drinking water?
Current research suggests potential health effects including inflammation and tissue damage, hormone disruption from plastic additives (phthalates, BPA), immune system effects, digestive system problems, and cardiovascular concerns. A 2024 study found people with microplastics in arterial plaque had 4.5 times higher risk of heart attack and stroke. However, long-term health effects are still being studied. Most concerning for pregnant women, infants, and people with compromised immune systems.
12. How much does a microplastic water filter cost in South Florida?
Under-sink reverse osmosis systems (the most effective microplastic filters) cost $400-900 installed in South Florida. Annual maintenance runs $150-250 for filter replacements. High-quality carbon block filters cost $250-600 for under-sink models. Whole-house systems range from $1,500-3,000 for sediment/carbon filtration to $4,000-8,000 for whole-house RO. Most South Florida families find under-sink RO provides excellent microplastic protection at reasonable cost.
13. Should I test my South Florida water for microplastics?
While microplastic testing is available through specialized labs, it's expensive ($200-500) and not necessary for most homeowners. Current research shows microplastics are present in virtually all US tap water at concerning levels. Rather than spending money on testing, invest that money in proven filtration (reverse osmosis) that removes 95-99% of microplastics regardless of initial levels. Testing makes sense primarily for research purposes or extreme contamination concerns.
14. Do Palm Beach County and Miami-Dade water utilities remove microplastics?
No, South Florida water utilities currently do not have treatment processes specifically designed to remove microplastics. Standard municipal treatment removes sediment, bacteria, and chemicals, but microplastics—especially particles smaller than 10 microns—pass through. There are currently no federal regulations requiring utilities to test for or remove microplastics. This means residential filtration is currently your only reliable protection against microplastics in drinking water.
15. Can I eliminate all microplastic exposure in South Florida?
No, you cannot eliminate all microplastic exposure—it's present in food, air, and countless everyday items. However, you can significantly reduce exposure through water filtration. Since drinking water is a major exposure route (estimated 6,500+ particles annually from water alone), installing reverse osmosis filtration removes 95-99% of waterborne microplastics. Combined with reducing plastic use in your home, choosing glass/stainless steel containers, and filtering laundry microfibers, you can dramatically lower total microplastic exposure for your family.
Water Wizards provides certified reverse osmosis and filtration systems throughout South Florida that remove 95-99% of microplastics from drinking water. Serving Miami-Dade, Broward, and Palm Beach counties with free water quality consultations, professional installation, and ongoing support. Visit waterwizards.ai or call today to protect your family from microplastics and other water contaminants.
