Photo by Brian Marra of Un-Flood-It Performing Disinfection It seems like a bad science fiction movie. You know the story. We are living the story. Our nation, our world is upside down. We have already had and controlled Ebola, HIV/AIDS, MRSA, SARS and other real-life stories. Now we face Coronavirus and await a happy Hollywood type happy ending as we are huddled watching the news in our homes.
The truth is that this is not the first or last time that we are fighting newly evolved viruses and bacteria. We live longer and survive with diseases and conditions that would have killed the last generation only to leave patients with weakened immune systems vulnerable to new diseases. We need to protect these individuals when they return to a contaminated home or workplace.
The People Most Likely to get Ill from a Biological Exposure
It’s All About the Data
Dr Fauci and Dr. Birx are the medical leaders and public face of the amazing array of talented and dedicated professionals pulling us through the pandemic.
Figuring out how to solve the worldwide Coronavirus crisis is why the data is needed by the medical professionals working to save as many lives as possible. Who is sick? How it is transmitted? Who gets well? and What treatments work? are the critical questions where data being shared across the globe.
Disinfection of Buildings is Not “One and Done” It is a Process and a Battle
The first visitor to a building after a complete disinfection can contaminate the building as if it was never cleaned. Maintaining a safe and healthy environment is a shared responsibility for occupant and visitor alike. Communication is key to achieving that goal.
Cleaning and Disinfecting Methods
The first and most critical step in a disinfection program is a general disinfection cleaning of touchpoints. This is referred to as “Deep Cleaning.” Simply spraying a treatment is not enough to kill viruses. Contaminates live withing biofilm and other dirt and debris that coats every object in a building. Wipe down and clean equipment, supplies, carpeting and other exposed surfaces and contents prior to treatment. Dust, skin oil, and stacked objects reduce the effectiveness of any treatment.
ULV (Ultra Low Volume) Fogging is a method of applying droplets of disinfectant to the surfaces in a room. This is best described as a humidifier like you would use in a room for a child with a respiratory problem on steroids. It is far more effective than spraying with a pump spray. This distribution is mostly straight line in the direction the equipment is pointed.
Electrostatic Sprayers were the next generation of disinfection equipment. These units create much smaller droplets that have a static electric charge that not only dissipates the disinfection product, but makes it better wrap around and cling to surfaces
“Touchless Disinfection” is the new a “hospital grade” answer to fighting serious disease contagions. Products, equipment and system for this method include Halosil and Steramist. These particles are even finer than created by Electrostatic Sprayers. The disadvantage is that the applicator can’t be in the area being treated. The equipment is set in each room and the room must be completely sealed. Entry to the room can only be made after the treatment is complete and the product has dissipated. This make this effective treatment difficult to accomplish in large facilities.