If you’re concerned about “forever chemicals” in your drinking water, you’re not alone. More homeowners are looking into ways to remove PFAS from water—and reverse osmosis is one of the most common solutions.
At JRC Home Solutions in Houston, we specialize in water filtration systems that treat everything from hard water to chemical contamination. In this blog, we’ll break down how PFAS gets into your water, how reverse osmosis works, and whether it’s the right solution for your home.
What Are PFAS?
PFAS stands for per- and polyfluoroalkyl substances. These are man-made chemicals used in products like nonstick cookware, stain-resistant fabrics, waterproof clothing, and food packaging. The problem is that PFAS don’t break down easily in the environment—or in the human body. That’s why they’re often called “forever chemicals.”
PFAS can get into drinking water through industrial waste, contaminated soil, or runoff. Once they’re in your water supply, it’s difficult to get rid of them without the right filtration system.
How to Remove PFAS from Water
The EPA and health agencies recommend reducing exposure to PFAS whenever possible. Standard home water filters usually aren’t strong enough to do the job. In fact, most faucet filters and pitcher-style filters do little or nothing to remove PFAS.
If you want to remove PFAS from water, you need a system that targets tiny particles and chemical contaminants. That’s where reverse osmosis comes in.
Can a Reverse Osmosis Water Filter Remove PFAS?
Yes, reverse osmosis (RO) can remove PFAS from drinking water.
Reverse osmosis works by pushing water through a semi-permeable membrane that filters out very small particles—including many chemicals, metals, and bacteria. The membrane’s pores are small enough to block PFAS, which are larger molecules compared to water.
Studies show that high-quality reverse osmosis water filtration systems can remove over 90% of PFAS, including common types like PFOA and PFOS.
That makes reverse osmosis one of the best water filters for PFAS removal currently available for home use.
What Is the Best Water Filter for PFAS?
If PFAS are your main concern, a reverse osmosis water filter is a top choice. But not all systems are the same. You’ll want to look for:
- A certified RO system that meets NSF/ANSI standards for PFAS reduction
- Multi-stage filtration, including activated carbon and a quality RO membrane
- A whole-home system if you want protection at every tap—not just in the kitchen
At JRC Home Solutions, we install high-performance reverse osmosis systems that filter water for your entire home. That means cleaner water for drinking, cooking, bathing, and more.
Whole Home Reverse Osmosis vs. Under-the-Sink Filters
Under-the-sink RO units only clean the water at one faucet. That may be enough for drinking and cooking, but it doesn’t help with PFAS exposure during bathing or showering. A whole-home reverse osmosis system, on the other hand, filters water at the point it enters your home—so every faucet and fixture delivers cleaner water.
If you’re serious about reducing PFAS throughout your home, a whole-house system is the better long-term solution.
Additional Tips for Reducing PFAS in Water
- Avoid bottled water unless it’s labeled PFAS-free and comes from a reliable source
- Don’t rely on boiling water—PFAS do not evaporate and boiling may concentrate them
- Use filtered water when cooking, brushing teeth, or giving pets drinking water
Ready to Protect Your Home from Forever Chemicals?
PFAS are a growing concern across Texas and the U.S., but you don’t have to wait for your city to take action. With a professionally installed reverse osmosis system from JRC Home Solutions, you can take control of your water quality today.
We install whole-home reverse osmosis water filtration systems in Houston and surrounding areas, with customized options based on your water source and needs.
Contact JRC Home Solutions today to schedule your free consultation and get a quote on a whole-home reverse osmosis system built to remove PFAS and other harmful contaminants.







