Testing is the only reliable way to know whether PFAS are present in your drinking water. PFAS cannot be seen, smelled, or tasted, so homeowners should not assume their water is free of these contaminants based on appearance alone.

PFAS testing requires specific laboratory methods, which is why it’s important to use the right type of test and follow the collection instructions carefully. Below, this reverse osmosis system installer in Northbrook, Illinois is going to explain how homeowners can test their water for PFAS contamination.

PFAS contamination has become a growing concern for homeowners who want to better understand what may be in their drinking water. PFAS are sometimes called “forever chemicals” because certain types can persist in the environment for a long time and may move through soil, groundwater, and surface water.

Because PFAS can come from many different sources, it is important to understand how contamination may reach local water supplies. Below, this reverse osmosis system installer in Hoffman Estates, Illinois is going to explain where PFAS contamination can come from near homes.

PFAS levels in drinking water can be confusing because the numbers are often very small and may be measured in parts per trillion. Even though that sounds like a tiny amount, certain PFAS have raised health concerns because they can remain in the environment and build up in the body over time.

Below, this reverse osmosis system installer in Medinah, Illinois is going to discuss how PFAS levels are evaluated, what current federal drinking water standards mean, and why testing is an important first step.

PFAS can be difficult to detect because they usually do not change the look, taste, or smell of drinking water. Your water may appear clear and normal while still containing contaminants that require testing to identify.

Below, this reverse osmosis system installer in Carpentersville, Illinois is going to discuss some of the ways homeowners can find out whether their drinking water may contain PFAS.

PFAS are a group of man-made chemicals that have been used in many consumer, commercial, and industrial products over the years. Because they do not break down easily in the environment, they are often called “forever chemicals,” and they can sometimes be found in drinking water supplies.

Below, this reverse osmosis system installer in Bartlett, Illinois is going to discuss some of the health problems that have been linked to certain PFAS exposures, and why many homeowners are paying closer attention to their water quality.

Private wells can be a reliable water source, but they also come with responsibilities that municipal water customers may not have. If you rely on a private well, you may need to think more carefully about testing, treatment, and changes in local water quality over time.

One concern many homeowners now have is whether well water can contain forever chemicals, also known as PFAS. The answer is yes — well water can contain PFAS if those chemicals have entered the surrounding groundwater.

Below, this reverse osmosis system installer in South Elgin, Illinois is going to explain how PFAS may get into well water, why testing matters, and what homeowners can do if they are concerned about their drinking water.

Forever chemicals can raise a lot of questions for homeowners, especially when they involve drinking water. These chemicals, also known as PFAS, have been studied because they can remain in the body and environment for long periods of time.

While not every exposure situation is the same, research has linked certain PFAS to potential health concerns. Below, this reverse osmosis system installer in Cary, Illinois is going to discuss what is currently known about the possible health risks of forever chemicals, why drinking water exposure matters, and how homeowners can take practical steps to better understand their water quality.

Forever chemicals have become a growing concern for homeowners who want to better understand what may be in their drinking water. These chemicals, also known as PFAS, are a group of human-made substances that can remain in the environment for a long time and move through water, soil, and other natural systems.

PFAS can enter residential water supplies in several ways. Because they have been used in many industrial processes, consumer products, firefighting foams, and manufacturing materials, contamination can sometimes travel far beyond the original source.

Below, this reverse osmosis system installer in Libertyville, Illinois is going to discuss how forever chemicals can get into residential water supplies, and we’ll also explain why water testing and treatment options may be worth considering.