Healthcare facilities change how they battle infections with New Product

Another success story for the Healthier Environment Living Program and the XMICROBE™ technology.  Read below to find out how Kevin Hanna is out there showing business owners including, nursing facilities, schools and emergency rooms how the XMICROBE™ technology can protect them and lab coats against the dreaded Mrsa.  Even after being exposed to MRSA, the lab coats and face mask that had been treated with the  XMICROBE™ solution was not infected.  This is what the H.E.L.P. program can do all across America.  It is growing quickly and once word gets out the providers out there won’t be able to keep up.  Way to go Kevin for blazing the trail there in Oklahoma!

by Mike Lee
Staff Writer
Oklahoma’s Nursing Times

MRSA. Staph. A new superbug. All are an infection control manager’s worst nightmare.  One company wants to provide a little H.E.L.P.  After more than three years of testing and numerous applications, Germnx LLC, an indoor air and surface quality control company, has rolled out its Healthier Environment Living Program.

These days Kevin Hanna’s voice is a little hoarse. That’s because he’s been working overtime extolling the virtues of the new technology that promises to revolutionize how hospitals, nursing homes and other healthcare facilities protect against infection.

The program is divided into three steps.  An initial visit is made to take surface and air readings that are sent off to a third-party laboratory for analysis.  “You get a full report showing exactly what you’re breathing and what you’re coming into contact with,” Hanna said.

After the initial testing a new water-based, 100-percent nontoxic solution is administered to surfaces and the environment.  The technology can be applied at the rate of 20,000-square feet an hour by a fogging machine.  The technology physically ruptures the cell walls of these microbes, without the use of poisons. Since H.E.L.P Technology’s methodology is mechanical instead of a poison, it does not create “superbugs,” which are microbes that build up a resistance to treatment.  The technology works by laying down molecular spikes that are long chains of atoms large enough to pierce the cell walls of various microbes. Being the size of only about one thousandth the diameter of a human hair, they are too small to harm large cells in mammals.

These chains of atoms carry a strong positive charge that attracts negatively charged bacteria.  Hanna says H.E.L.P Technology has been found in independent testing to be effective against a wide array of microbes, including Staphylococcus aureus, E. coli, various Salmonella strains, black mold, athlete’s foot, Influenza A, skin infections, and others.

The market for the new product seems endless. The third step is another visit for more tests that verify how well the product is working. Each year “sick building syndrome” affects schools, factories, apartment buildings, offices and even hospitals.

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The technology works by laying down
molecular spikes that are long chains of atoms
large enough to pierce the cell walls of various
microbes, according to Hanna.
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Resistant strains of bacteria (Ecoli, MRSA, etc) contaminate sports facilities, health clubs, cruise ships and even prisons. Toxic mold problems are especially prevalent in moist environments and following natural disasters such as floods.

Hanna says conventional products penetrate living cells and kill by way of poisoning or chemically altering the organism. They are designed to act quickly and dissipate quickly to avoid adverse effects to humans and animals due to their toxic ingredients.  Most commercial antimicrobials used for treating building surfaces do a great job of getting a quick kill on bacteria and fungi, although most have a limited spectrum of effectiveness.

Heavy metal based antimicrobials, such as silver ion may leach into the environment and lose their effectiveness over time. “It’s basically like putting a bed of nails over every single surface in your facility,” Hanna says of the H.E.L.P. technology.

Hanna said independent tests were done on a surgical mask and lab coat. The technology was added to a rinse cycle with a surgical mask and lab coat. The two items were washed 50 times and dried.  The items were then exposed to MRSA for 24 hours. The mask came back 99.9 percent disinfected and the lab coat was still 100 percent disinfected.

The technology works by laying down molecular spikes that are long chains of atoms large enough to pierce the cell walls of various microbes, according to Hanna.

Here’s the GOOD NEWS!  Protecting your home or business from dangerous bacteria, mold and mildew is easier than ever with  XMICROBE™ unique antimicrobial technology.

So how can you get protection for your home, it is as simple as giving us a call, setting up an appointment for us to come out.  Give us a call today 404-788-2581 (David) or 404-788-2580 (Bonnie) and we’ll provide you the long lasting germ protect that you and your loved ones deserve.  We worry about the germs, so you don’t have to.