Thorough is thorough – but can you ever be sure of all the cracks?
The strongest bleach, the hardest wipe – even a good old scrub never gets deep down where the bugs hide – breeding, ready to come out when you’ve finished.
And cracks are everywhere aren’t they?
Hard to reach corners and crevices, the kind you use a blade to get at. No chance really. If a bug’s in there, it’s a recurring problem.
So what is it? Escherichia coli? Salmonella? Campylobacter?
Or something more hazardous – methicillin-resistant staphylococcus aureus (MRSA)? Clostridium difficile? Somebody’s going to be awful sick.
Dangerous germs you can’t reach
Because there’s no way to get down in the groove round a worktop edge, in the grouting between tiles – not with any effectiveness. And how about behind computers and monitoring machines – all those twisting cables? Short of sitting down and wiping every single one – without getting it wet, which might blow up the system – you’re fighting a losing battle.
So those bugs come back, again and again. Norovirus is a great boomerang bug. And the rest of the place is a real challenge anyway. Plenty of places that never get touched – the walls above head height, the ceiling tiles – and whoever drags out fully loaded cupboards to process behind them, or on top? And still has the puff to push them back afterwards?
Conventional methods just can’t hack it. Not even if your fingers are raw and your throat is sore from breathing in the fumes – strong stuff to make it work harder – it still doesn’t do the job.
Not enough contact time for starters. Those pesky bugs are survivors, so a few seconds with even the strongest bleach won’t knock them out.
Getting to them is just as hard. You might clobber worktops and tables, get to cupboard doors and curtains if you’re thorough.
Up in the air, and potentially deadly
But the biggest space of all remains untouched – there’s no way you can physically scrub the air. And with microbes down to the size of 2 microns or less – thinner than candle smoke – they’re light enough to fill the air in their billions, untouched however hard you try.
To win against germs, you have to fight their way. Not down and dirty, but up and easy.
These tiny things can float around however they like, can climb into the smallest spaces only an atom thick. So to be sure of getting rid of them, you have to do the same.
Which is press button easy with a Hypersteriliser. No gloves, no headache-making bleach, no rubbing and scrubbing, you don’t even have to be in the room.
A nifty wheelie-bin-sized console, it mists up the air with a mild solution of ionised hydrogen peroxide, non-toxic and non-hazardous at only 6% strength.
The hydrogen peroxide is negatively charged – which causes it to try to escape from itself in all directions. So it’s not just a wafting cloud – it’s an ultra-fine mist, actively forcing itself upwards and outwards, hard up against all surfaces and deep into any cracks.
Viruses and bacteria are drawn to the mist like iron filings to a magnet, their positive charge attracting them helplessly to the negatively charged hydrogen peroxide. No ordinary hydrogen peroxide either – ionising transforms it from a gaseous vapour to a plasma, a kind of charged super-gas that releases other antimicrobials – hydroxyl radicals, reactive oxygen species, reactive nitrogen species, ozone and ultraviolet.
Locked in a deadly embrace, the germs are oxidised in seconds. This causes the hydrogen peroxide to lose its charge and it reverts to oxygen and a tiny amount of water, so small it evaporates before it touches anything – sensitive equipment stays safe and dry.
Safe, sterile and secure
The room is now sterile – no germs anywhere. Not on surfaces, not under or behind them, not in the air, not anywhere. 99.999% of all viruses and bacteria are gone – that’s down to 1 particle in a million – a Sterility Assurance Level of Log 6.
Slightly better than bleach, hey? Which at best can only reach Log 3 – and misses out the inaccessible bits, especially the cracks.
Easy peasy – and everybody safe.
Nobody getting ill on your watch.
Picture Copyright: diego_cervo / 123RF Stock Photo
Originally posted 2016-06-21 12:01:47.