Winter, with its
accompanying cold weather and freezing precipitation, can make runways slippery
and dangerous for takeoff and landing. To prevent snow and ice buildup,
airports apply potassium acetate on roads and walkways used by planes,
vehicles, and staff. The substance is an effective deicer and a better
alternative to chloride salts (i.e. magnesium chloride and calcium chloride)
because it is less corrosive, making it ideal for airport runways. Likewise, it
is less aggressive on soil, making it suitable for areas of environmental
sensitivity. High technical grade
potassium acetate is preferred for many different applications,
and being in liquid form, is easier to blend and use in various concentrations.
Reputable
manufacturers of potassium acetate can supply it in bulk or in easy to handle
containers, like drums. The product is safe for runways and will not harm
airplanes and other equipment used in airports. Unlike other deicers, potassium
acetate works fast and requires minimal application. It can be applied using
existing applicators or equipment, and it can remain active, even at sub-zero
temperatures. Hence, it is more reliable in improving the safety of airport
runways and ensuring the continuity of airport operations, even during
inclement weather.
Deicers are required
when manually removing snow and ice is insufficient and doesn’t expose the
surface of the road or runway. Potassium acetate deicers prevent snow and other
precipitation from forming ice, while breaking down existing frozen material.
An effective deicer should reduce the melting point of snow and ice, and turn
it into a liquid brine which will run off. Any remaining snow and ice, once the
bond has melted, can be removed manually or mechanically. Potassium acetate
deicers are preferred over conventional glycol-based deicers, which can make
the runway slippery. It possesses superb deicing characteristics, has low
biochemical oxygen demand, is urea-free, and biodegrades at low temperatures.
Potassium acetate is a cost-effective deicer, with minimal environmental impact
and a longer lasting effect.
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