Sentry H2O Technical Data & Reports Preview

Independent testing + filtration media data

Technical Data & Reports

Clear information leads to confident decisions. Explore the filtration media used in Sentry H2O systems, compare independent water test results, and review the full laboratory reports behind the data.

Filtration Media Data

See the science behind each media blend

Each blend has a different role in the treatment process. Open the technical data for a closer look at how each one works.

ToxyGuard Blend

Targets a wide range of common water contaminants while helping control scale and add oxygen.

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AlkaGuard Blend

Designed to remove a broad range of contaminants while enriching water with calcium and magnesium and supporting increased alkalinity.

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BioChemGuard Blend

Targeted treatment for biological and chemical contaminants, including submicron particles, bacteria, viruses, chlorine and organic matter.

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WellGuard Blend

Built around common well water concerns such as iron, manganese, nitrates, arsenic, hydrogen sulfide, sediment and other contaminants.

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Independent Lab Test Results

See What the Testing Shows

Review independent lab results across different contaminants and water samples, with direct access to the full reports for a closer look.

Independent Lab Report

Toxins & Minerals Water Report

NEW TEST RESULTS COMING NOV 2026

Drinking water can contain a variety of unwanted contaminants, including heavy metals, chemicals, disinfectants, and sediment. These substances can affect water quality, taste, odor, and overall safety. Sentry H2O incorporates specialized filtration technologies designed to address these concerns while preserving naturally occurring beneficial minerals:

  • Iron-Laced Catalytic Carbon: Combines carbon adsorption with iron-enhanced filtration surfaces to target select heavy metals, chemical contaminants, chlorine, and unwanted tastes and odors.
  • MG+ Catalytic Carbon: Utilizes an advanced, high-surface-area carbon structure to capture organic compounds, select PFAS chemicals, chlorine, and other impurities through adsorption and catalytic filtration.
  • Metal Framework Technology: Features specialized metal-based adsorption sites engineered to capture targeted dissolved contaminants, including select heavy metals.
  • Copper- and Zinc-Coated Catalytic Carbon: Integrates catalytic adsorption and oxidation-reduction reactions to reduce chlorine and address certain dissolved metals and chemical impurities.
  • Katalox Light: Uses manganese dioxide-coated filtration media to promote the oxidation and filtration of iron and manganese, reducing discoloration, metallic tastes, and suspended particles.
  • Crystolite: Provides mineral-based filtration that captures sediment, suspended solids, and oxidized particles to improve water clarity and overall filtration performance.
  • Trappsorb: Employs advanced mineral-conditioning technology to elevate and stabilize water pH, enhance alkalinity, and create a more balanced water chemistry.

    • By integrating adsorption, oxidation-reduction, electrochemical interactions, mineral filtration, and pH optimization, Sentry H2O delivers a comprehensive, multi-stage filtration approach designed to improve water quality while maintaining naturally occurring beneficial minerals.

    Independent Lab Report

    PFAS Water Report

    NEW TEST RESULTS COMING NOV 2026

    PFAS are synthetic chemicals commonly found in nonstick cookware, waterproof materials, and industrial products. Known as forever chemicals, they resist natural breakdown and can accumulate in water supplies and the environment. Exposure to certain PFAS has been linked to health concerns, including immune system disruption, liver damage, and increased cancer risks.

    Sentry H2O utilizes two advanced filtration technologies to address water contaminants:

  • MG+ Catalytic Carbon: Uses adsorption to capture and retain PFAS molecules within its highly porous structure, particularly longer-chain compounds such as PFOA and PFOS.
  • Nano-Pak Electropositive Filtration: Uses positively charged surfaces to attract and capture negatively charged microscopic particles, providing an additional layer of filtration. Its effectiveness against dissolved PFAS has not yet been verified.

    • Together, these technologies provide complementary filtration mechanisms to improve water quality while preserving naturally occurring beneficial minerals.

    Independent Lab Report

    Vinyl Chloride Water Report

    Sentry Wellness System

    Summit Environmental Technologies, Inc. tested East Palestine water samples for vinyl chloride in May 2023.

    The testing included untreated lab controls, treated samples used to verify vinyl chloride recovery, and a treated non-spiked water sample.

    Result: No vinyl chloride was detected in the treated by Sentry H2O, non-spiked East Palestine water sample.
    WATER SAMPLE TESTED FOR VINYL CHLORIDE AMOUNT OF VINYL CHLORIDE FOUND IN SAMPLE MAXIMUM ACCEPTABLE CONTAMINANT LEVEL PERCENTAGE OF ACCEPTABLE CONTAMINANT LEVEL REACHED
    Sample 1 - Untreated, Spiked Lab Control4.04 μg/L5.0 μg/L80.8%
    Sample 2 - Treated then Spiked5.28 μg/L5.0 μg/L106%
    Sample 3 - Treated then Spiked5.22 μg/L5.0 μg/L104%
    Sample 4 - Treated, NOT SpikedND (Not Detected)5.0 μg/L0%

    Unit of Measurement: μg/L = Micrograms per Liter

    *These untreated samples tested above the highest concentration of contaminant permitted by the EPA, exceeding what is deemed safe to consume before adverse health effects can occur.

    VIEW FULL REPORT (ENG) VIEW FULL REPORT (SPANISH)
    VOC & Trihalomethane Lab Results

    Independent Lab Report

    VOC & Trihalomethane Lab Results

    View the dedicated VOC & Trihalomethane Lab Results page for the complete testing information, sample details, summary analysis, detected THM comparison, and complete VOC test results.

    View VOC & THM Results