Disinfectant Dry Fogger - Request a Quote
Supports Disinfection of rooms 8750 cubic foot room (1 nozzle standard) to 35,000 cubic foot (4 additional nozzles optional). This sanitizing fogger produces a sporicidal agent as an aerosol, bactericidal disinfectant; which then evaporates to a vapor to spread throughout a room and kill more than 99.997% of yeast, mold, fungi and bacteria. The DF2S Dry Fog machine can use food grade hydrogen peroxide solutions as well as paracetic acids for sporicidal disinfection, replacing mops/sponges and buckets! The DF2S aerosolizes and disperses the anti-bacterial agent into a closed room onto any accessible surface as well as plant leaves. The disinfecting agent evaporates to a vapor, spreading through out the entire volume of the room, contacting all accessible surfaces to kill off over 99.997% of bacteria, molds, yeast and fungi. Once a room is sanitized after a 30 minute process, the air system is turned back on to evacuate vapor overnight from the room, allowing staff to return back to the room for operation. The cost of cleanup labor is significantly reduced, while providing a far more effective disinfectant to the entire room in a much shorter period of time.
Wipe Down of rooms to Disinfect does not prevent spore and micro-biological growth. Wipe Down does little to minimize liability!
What are key Advantages using Minncare Cold Sterilant Liquid Disinfectant with Dry Fogger over present wipe down methods?
- 1. No Residue left behind
- 2. Use hydrogen peroxide solutions or liquid solutions your company presently uses
- 3. No residue left behind
- 4. USP 1072 recommends a daily bactericidal disinfectant combined with a weekly or monthly use of a sporicidal agent
- 5. Solution evaporates into atmosphere killing mold, yeast, fungi, gray mold and bacteria
- 6. 100% vapor deployment throughout all room locations, floors, equipment
- 7. Easy rapid deployment of Dry Fogger followed by room ventilation
- 8. Total prevention of any unwanted spore or bio-growth in sanitized room
- 9. Supports Pharma ISO suites, compound pharmacies and grow houses
What are key Biological and Liability Reasons to use the Dry Fog 2, Dry Fogger?
- 1. Disrupts Sulfhydrl (-SH) and Sulfur (S-S) bonds in proteins and enzymes
- 2. Important components in cells and membranes are broken by oxidative disruption
- 3. Destroys cellular activity by rupture or dislocation of cell walls, thus destroying yeast, mold, fungi and bacteria
- 4. Minimize liability of unwanted spore or bio growth
Dry Fog Disinfectant and Room Sanitizer Fogger –
A Better Way to Disinfect and Room Sanitizer Pharma labs, Compounding facilities and Hospital Rooms
- EPA Registered
- 700 + Dry Fog machines are now used in the Pharmaceutical industry to support USP 1072
- Superior “Dry” Delivery System
- Better Dispersion than “Wet” Systems
- Effective for Very Large Areas: 920 ~ 35,000 ft3
- Effective for small enclosures also
- Better for Critical Applications
- Less Preparation Work
- Less Corrosion
- Less Residue
Dry Fog Provides 100% Dispersion
- Minncare Dry Fog Creates a Vapor State Disperses Throughout the Room More Completely Than a Liquid Mist
- Better Dispersion Equals More Surface Contact Ability to Contact Hard to Reach Surfaces that people can not reach Behind Cabinets Under Tables
- Less Condensation Fewer Items Need to be Covered Before Fog Application
Benefits of Dry Fog, Room Sanitizer, Disinfection Fogger
- Superior Biocidal Activity to kill yeast, mold, fungi and bacteria
- All Components are Ultra-pure, Pharmaceutical Quality
- US EPA (Environment Protection Agency) Registered Sterilant
- No Heavy Metal Trace Contamination / Stabilizers.
- Biodegradable – Decomposes to Acetic Acid, Water and Oxygen
- No Toxic Aldehyde Type Vapors, Easy to Vent
- Validated Residual Vapor Detection System
Dry Fog Equipment
- Machines 1 to 4 Nozzles per Machine
- Accessories Dry Fog Remote Control Dry Fog Vapor Detection System Cable-Free Thermo Hygrometer and Sensors
- Service Parts Nozzles, Gaskets, O-Rings, etc
Dry Fog, small droplet, Surface Tension prevents Dry Fog surface contact, thus preventing residuals
Dry fog Vapor reaches every point in the room to provide Disinfection
- The Dry Fog System Produces 7.5 µm Droplets Droplets Behave Like Gas Particles Bounce Off Surfaces Do Not Wet Surfaces Float in the Air Due to Brownian Motion.
Wet Fog and liquid Disinfectant droplets are large, bursting on contact with surfaces, creating unwanted residuals
- Surface Wiping – does not come into contact with all surfaces thus micro-organism growth occurs after wipe down
- Manual Spraying (with Spray Bottles) – Moist Spray comes into contact with surfaces leaving residue, does not contact all surfaces
- Heating Process (Vaporization) – requires raised temperature in room being Disinfected
- Cold Process - Wet fogging
Chemical Products Currently Used:
- Alcohol based
- Formaldehyde based
- Gluteraldehyde based
- Quaternary Ammonium Compounds
- Cocktails of the above
Current Problems:
- Very Long Time for Venting
- Neutralization Needed
- Corrosion
- Variability of Chemical Application
- Residuals
- Superior Biocidal Activity
- All Components are Ultra-pure, Pharmaceutical Quality
- US EPA (Environment Protection Agency) Registered Sterilant
- No Heavy Metal Trace Contamination / Stabilizers.
- Biodegradable – Decomposes to Acetic Acid, Water and Oxygen
- No Toxic Aldehyde Type Vapors, Easy to Vent
- Validated Residual Vapor Detection System
Dry Fog Biocidal Activity
Minncare is a potent antimicrobial disinfectant agent and is effective against a broad spectrum of microorganisms, including: Bacteria Yeast and Molds Mycobacteria Bacteria Spores Viruses Compare performance of Biocides typically used: WHICH WOULD YOU PREFER TO USE?
NO CHANCE For Micro-Organisms to Build a Resistance When Using Dry Fogger
Dry Fog Surface Residuals
- Much Less Than Levels Found in OTC Hydrogen Peroxide Solutions After Venting OTC Concentration = 3% Mar Cor Purification Tests Show 0.01% on Glass 0.02% on Paper 0.04% on Cotton
Dry Fog Environmental Testing (Safety)
- Oral toxicity
- Inhalation Toxicity Testing
- Skin Irritation
- Mucous Membrane Sensitivity Tests
- Dermatological Testing
- IV Toxicity Testing
Sep Up and Process Operation Setup Amount of Minncare: 1.5 ml / M³ of Room Volume Total Solution Volume: Function of the Initial RH Ideal Initial Relative Humidity: 40-50% Ideal Room Temperature: 20-25°C Process Fog Dispersion Time: 15 – 120 min Exposure Time: 1 hour Venting Time: 0.5 – 2 hours TOTAL PROCESS TIME: Typical 2 – 5 hours (including venting)
Process Recipe – Software Operational Support
- System Setup Mix of Minncare Disnfectant solution and Water Estimated Diffusion Times
- Reports Actual Cycle Results (Actual Diffused Volume, Time, etc) Room Configuration Tracking of Room Relative Humidity Customizable Reports Chemical Measurements Residuals Customer Defined Factors
Software Reports: Room Configuration
