How it Works
Safe & Effective Disinfection
Step 1: Clean
For optimal disinfection, standard cleaning is recommended. Removal of soil, debris, dust and buildup should be addressed first.
Step 2: Prepare
Any and all rooms should be clear of people and pets at the time of treatment. Once the room has been cleared equipment is set up and the door is closed.
Step 3: Treat
The dry fog cycle is run and equipment is then removed. The room remains closed for a brief contact period, allowing the aerosolized solution to eliminate 99.99% of wide-spread pathogens and target odor causing contaminants
Step 4: Re-entry
After 10 minutes of contact time, the door is opened to allow for natural ventilation. Treated room is now safe for re-entry by people and pets. Your space is refreshed, disinfected, and ready to provide a safer setting for your family, staff, or guests.
* Need to enter sooner? Simply open the door and ventilate the room.
Why it Matters
Routine hand cleaning is essential — but it typically reaches only 50–63% of a room’s surfaces. That means nearly half of high-touch and hard-to-reach areas may go untreated. Other methods, like UV lighting, are limited to direct line-of-sight exposure and often require multiple cycles to achieve meaningful results. This can increase time, cost, and still leave areas untreated.
When illness spreads or odors linger, partial coverage isn’t enough. True whole-room disinfection requires full coverage — not just what you can see.
Common Pathogens
Bacteria
Single-celled, living organisms that can survive and replicate independently. Some are harmless or beneficial, but many cause disease by producing toxins or invading tissues.
Examples : Streptococcus (strep throat), E. coli, Salmonella, MRSA, Tuberculosis
Viruses
Microscopic infectious agents needing a host cell to replicate. Although They need a host, viruses can live on surfaces for days. They are the smallest type of germ.
Examples: Influenza (flu), HIV, SARS-CoV-2 (COVID-19), Feline calicivirus / Human norovirus (gastrointestinal infections), Measles
Fungi
Groups of spore-producing organisms such as yeast, mildew and mold that thrive in dark damp areas.
Examples : Aspergillus niger (black mold), Trichophyton mentagrophytes (ringworm)
Safety Information
Our non-toxic, EPA-approved disinfectant is safe for your home and those you care about.
EPA-Approved Solution
Non-toxic & eco-friendly
Safe for Kids & Pets
Effective with no harsh residues
Trusted Protocols
Trained technicians
The Power of Silver & H₂O₂
Our Solution harnessed the power of silver and hydrogen peroxide (H₂O₂) to sanitize surfaces
Silver
Silver has been used for centuries for its antimicrobial properties
Use of silver in antimicrobial applications is based on its well-documented properties.
H₂O₂
H₂O₂ acts as an oxidizing agent to help disinfect surfaces
It works by breaking down the cell walls of pathogens through oxidation, effectively neutralizing them at the source.