What makes urine smell?
Urine is composed of about 95% water, 2.5% urea and the remaining 2.5% is a
mixture of minerals, salt, hormones and enzymes, including ammonia. When the
ammonia excreted by urine comes into contact with bacteria present in the
urinal, ammonia oxide is developed and emits odour that is not tolerable to
human smell, causing the urine odour we know.
The conventional way of eliminating the odour is by flushing urine with water,
providing temporary solution to smell, until ammonia oxide starts building up
again, brought about by bacteria thriving on damp conditions in watered urinals.
The process is then repeated by flushing the urinal again , but each time we
flush around 15 to 20 litres of precious water is wasted, or on an average use
for a commercial establishment, this is equivalent to around 150,000 litres of
water each year.
How cleanviro eliminates urine odour
- Cleanviro Odour-Control Tablet can absorb many times its own weight in odorous
molecules.
- It contains proprietary elements which react with ammonia and amines to
convert them to harmless elements.
- When urine makes contact with the cleanviro tablet, it encapsulates and
emulsifies the urine odour and convert it to a fragrant smell
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Featured Product:
CleanviroTM odour-control urinal tablet
Main features:
- Cleanviro's unique mixture of plant extracts and propietory elements eliminates and emulsifies urine odour
- Contains microbial ingredients that prevent uric and lime scale buildup
- simply toss into an existing urinal and make it waterless in an instant
- Almost 99% daily water savings
- Save thousands of litres of fresh water with just one cleanviro tablet
DID YOU KNOW ???
 What makes urine smell, and how can cleanviro tablets eliminate the odour without water ?
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 Want to find out how you can save around one thousand dollars a year in your establishment ? By switching to waterless, you save money and help save the environment too .
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 Earth is made up of two thirds water, but why are we in short supply of it ? Surely we can treat seawater with the kind of technology we have today .
FIND OUT MORE >> |
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