Clarentis® Technologies Turnkey Electrochemical Activation (ECA) Technology Package for US Environmental Sanitation, Food Safety & Water Infrastructure
Clarentis provides a fully validated, on-site generation technology platform engineered for immediate integration across institutional surface disinfection programs, food processing, hospital and hospitality facilities, and commercial water networks in the United States.
Our platform delivers an end-to-end operational engine backed by pre-cleared US regulatory master registrations and independent, peer-reviewed clinical validation in the Journal of Hospital Infection, eliminating hazardous chemical freight and bulk storage while delivering rapid multi-market deployment.
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1. Three Core US Enterprise Application Pillars
Our modular chemistry and generation platform is optimized for drop-in integration across three high-value commercial sectors:
Institutional Environmental Sanitation & Surface Disinfection
- Generates hospital-grade hypochlorous acid (HOCl) on demand for high-touch surface hygiene, floor care, and electrostatic misting.
- Replaces hazardous quaternary ammonium compounds, toxic bleaches, and peracetic acid with a non-corrosive, Category IV toxicity profile (no PPE required).
- Eliminates bulk chemical transportation, drum storage, and toxic mixing hazards in high-occupancy environments.
Food Processing, Safety & Agricultural Washdown
- Direct-contact antimicrobial water for whole or cut meat, poultry, seafood, post-harvest produce, and shell eggs under active FDA Food Contact Notifications.
- Delivers high microbial log-reductions without altering product taste, texture, aroma, color, or shelf-life.
- Eliminates mandatory secondary potable-water rinse steps, saving millions of gallons of water annually while cutting wastewater surcharge costs.
Commercial Water Infrastructure & Biofilm Management
- Automated dosing into domestic hot/cold water loops, secondary recirculation risers, drainage networks, and cooling towers.
- Destroys persistent plumbing biofilms and waterborne pathogens without off-gassing, chemical odors, or facility disruption.
- Tight neutral-pH buffering protects copper, brass, and heat-exchanger infrastructure from corrosive pitting.
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2. Turnkey US Federal Regulatory Foundation
Deploying new antimicrobial chemistries in the United States typically requires years of toxicological reviews and federal agency submissions. Clarentis provides an active, pre-cleared regulatory foundation ready for immediate commercial deployment:
| US Regulatory Asset | Authority & Clearance Identifier | Strategic Commercial Value for Partners |
|---|---|---|
| US EPA Master Registration | EPA Reg. No. 86854-1 | Turnkey Supplemental Sub-Registration: Enables partners to private-label and distribute our chemistry under FIFRA rules without conducting independent primary toxicity or efficacy testing. |
| FDA Food Contact Clearances | FDA FCN 2188 | Direct Antimicrobial Food Contact: Pre-cleared for direct processing of meat, poultry. seafood, produce, and shell eggs up to 60ppm Free available Chlorine (FAC) without requiring a secondary rinse. |
| FDA Food Contact Clearances | FDA FCN 2316 | For use as an antimicrobial agent in an aqueous solution in the production and preparation of fish and seafood, fruits and vegetables, and shell egg, with 6 month stable shelf life |
| EPA Toxicity Classification | Category IV (Lowest Federal Toxicity Rating) | Operational Safety Eliminates mandatory hazard PPE, simpliifies OSHA compliance, and minimizes facility liability in high-occupancy and clinical spaces. |
| USDA Organic Alignment | NOP Allowed Substance | Organic Compliance Directly integrates into certified organic processing and handling facilities with zero chemical residue barriers. |
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3. Empirical Clinical Validation & Published Research
While commodity cell manufacturers rely on unverified bench simulations, the Clarentis chemistry is proven in live clinical and institutional environments with published scientific support: Peer-Reviewed Biofilm Destruction (Journal of Hospital Infection):
* Validated Pathogen & Spore Inactivation: Independently verified multi-log efficacy against high-consequence healthcare and foodborne pathogens, including Clostridioides difficile, Candida auris, Listeria monocytogenes, Escherichia coli, and Pseudomonas aeruginosa.
* Extended Solution Stability & Kinetic Equilibrium: Independent laboratory analysis confirms our buffered, neutral-pH chemistry maintains Free Available Chlorine (FAC) concentration and elevated oxidation-reduction potential (ORP > 850 mV) significantly longer than standard open-cell electrolysis, preventing rapid decay.
• Corporate Due-Diligence Shield:
Provides enterprise integrators with an externally audited scientific dossier that satisfies institutional infection control and corporate sustainability mandates.
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4. Proprietary Fluid Kinetics & Cell Architecture
Our operational performance is driven by practical engineering know-how, precise fluid kinetics, and catalytic materials engineered for continuous, scale-free operation:
• Unidirectional Ceramic Diaphragm: Precisely isolates anodic and cathodic chambers to prevent hazardous free chlorine gas (Cl₂) off-gassing while generating stable, neutral-pH hypochlorous acid (HOCl) and separated alkaline surfactant streams.
• Laminar Cylindrical Flow Kinetics: Continuous-flow cylindrical geometry eliminates hydrodynamic dead zones and thermal hot spots, suppressing mineral scale (CaCO₃ / Mg(OH)₂) in hard municipal water supplies.
• Optimized Salt & Power Conversion: Maximizes Free Available Chlorine (FAC) yield per gram of precursor salt and kilowatt-hour, keeping on-site generation costs to pennies per gallon while preserving catalytic electrode life.
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5. Institutional Sub-Registration & Integration Pathways
Clarentis® Technologies partners with commercial OEMs, water treatment firms, and national distributors through formal technology licensing and supplemental FIFRA sub-registrations under EPA Reg. No. 86854-1.
Due to the proprietary nature of our generator configurations and cell kinetics, detailed technical engineering packs, equipment schematics, and complete stability dossiers are shared under a Non-Disclosure Agreement (NDA).