Technology
How It Works
Patented Water Treatment Technology
H2Plus employs a unique, proprietary system that specifically targets and treats water contaminated with PFAS-
The technology operates at the atomic level, ensuring thorough and complete treatment
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This patented approach sets H2Plus apart from conventional water treatment methods
Hydrated Electron Process
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The system generates and harnesses hydrated electrons
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These electrons are specifically engineered to interact with PFAS molecules
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The process ensures controlled and efficient treatment of contaminated water
Breaking Carbon-Fluorine Bonds
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Targets the strongest bonds found in organic chemistry
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Systematically breaks down these resilient carbon-fluorine connections
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Effectively dismantles the PFAS molecular structure
Molecular Transformation
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PFAS molecules are broken down into harmless compounds
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The process completely transforms the harmful chemicals
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Ensures water safety through complete molecular breakdown
Research-Backed Innovation
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Developed through years of intensive scientific research
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Thoroughly tested to ensure effectiveness and reliability
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Represents a revolutionary advance in water treatment technology
PFAS/PFOS Elimination
Contact us today to bring the H2Plus system to your location.
Sustainability
Environmental Impact
- Eliminates PFAS/PFOS contamination from water sources without creating harmful byproducts
- Prevents these "forever chemicals" from entering groundwater systems
- Protects drinking water sources for communities
- Safeguards aquatic ecosystems from toxic contamination
Compliance Standards
- Meets EPA's health advisory levels for PFOA and PFOS in drinking water
- Complies with EPA's Strategic Roadmap for PFAS treatment
- Aligns with National Primary Drinking Water Regulations
- Adheres to Clean Water Act requirements
Carbon Footprint
- Low energy consumption treatment process
- Minimal chemical usage reduces transportation emissions
- Efficient operational design minimizes power requirements
- Optimized process reduces resource consumption
