Aquasana OptimH2O Whole House Filtration System

While specific data on microplastic reduction is not provided, the filtration technology suggests a moderate reduction capability. This is an estimate based on the filter's design.

Volatile organic compounds (VOCs) can have harmful health effects. The system may reduce VOCs, but specific reduction percentages are not available, making this an estimate.

Fluoride reduction is not specifically mentioned, but the filtration technology may provide some level of reduction. This is an estimate based on typical filter capabilities.

Heavy metals are harmful contaminants, but specific reduction data is not provided for the OptimH2O system. This is an estimate based on general filtration performance.

Pharmaceuticals can contaminate drinking water and pose health risks. The system may reduce them, but no specific data is available, making this an estimate.

Nitrates can be harmful, especially to infants. The system may provide some reduction, but specific data is not available, making this an estimate.

The OptimH2O system is tested and certified to reduce lead, which is crucial as lead exposure can lead to serious health issues, especially in children. The reduction percentage is not specified, but it is expected to be over 60%.

Cysts can cause gastrointestinal illnesses, and the OptimH2O system is certified to reduce them significantly. While the exact reduction percentage is not provided, it is likely over 60%.

PFOA/PFOS are harmful chemicals linked to various health risks, and the OptimH2O system is certified to reduce them effectively. The reduction is expected to be over 60%.

Chlorine is commonly used in water treatment but can cause unpleasant tastes and odors. The OptimH2O system tackles chlorine, likely reducing it by over 60%.

Chloramine can cause skin irritation and unpleasant tastes. The OptimH2O system is designed to reduce chloramine levels, with an expected reduction of over 60%.

Sediment can affect water quality and taste. The OptimH2O system is expected to reduce sediment effectively, likely over 60%.