How Do PFAS & Microplastics Get Into Water?
Manufacturing & Industrial Runoff
PFAS may come from factories, landfills, fire-suppression foams, and other industrial sources that reach groundwater or municipal supplies.
Consumer Products & Waste Streams
Items like nonstick coatings, textiles, and packaging may release PFAS or microplastic particles into the environment over time.
Municipal Water Distribution
Some contaminants may travel long distances through city water lines or enter from local infrastructure.
Well or Groundwater Contamination
Certain aquifers may be exposed to PFAS or plastic particles through soil movement, runoff, or past industrial activity.
How to Reduce PFAS & Microplastics in Water
PFAS and microplastics require specialized filtration. Testing helps confirm the presence and guide the right system selection.
Reverse Osmosis (RO) Systems
RO is one of the most effective point-of-use technologies for reducing PFAS and microscopic particles. Ideal for drinking and cooking water.
Advanced Carbon Filtration
High-grade activated carbon can help reduce PFAS compounds and improve overall water quality at the tap or throughout the home.
Whole-Home Filtration & Specialty Systems
Larger systems may help reduce a broad range of contaminants entering the home, supporting safer water for showers, laundry, and general use.
READY TO REDUCE PFAS OR MICROPLASTICS IN YOUR WATER?
Our team can test your water, review the results, and recommend a system sized and configured for your home.