Air filter:
Imagine an early summer day when
the sun is shining through a window and you can visibly notice
the dust and pollen swirling around in the air. Then imagine
the environment in a cellar space or well. Everything that
flows through the air then mixes with the drinking water in
the form of dust, mould spores, micro-fungi, etc. It
is thus necessary to purify the mixed air with an active
carbon filter and UV rays.
Rust-free steel:
Milk producers know the
importance of handling perishables in a rust-free vessel.
Plastic itself contains softeners (the fatty skin that remains
no matter how often you wash a plastic bowl). Impurities get
caught in it and can, together with impure air, create a
breeding ground for bacteria and mould.
Water is our most important life provision
and for that reason, it should be handled in rust-free
vessels.
Cleaning:
Water does not just contain "water"
without some amount of iron, manganese, etc. An effective
radon/Co2 aerator clumps together a certain amount of the iron
and also a part of the manganese. Next to water containing
iron and manganese, magnet valves are to be avoided and
hydrofor is to be used. In the hydrofor, a portion of the
impurities clump together and fall to the bottom, where they
separate from the water and the radon/Co2 aerator then becomes
a more complete cleaning construction together with the
hydrofor. In addition to a lot of large problems with
caulk, iron and manganese, the filter should always be
installed before the radon/Co2 aerator. Separated
impurities may not return to the bore hole/well because
serious damage can result from clogged and stuck well pumps.
Impurities will always find their way into ground wells, but a
certain amount of the impurities always remain in the machine.
Thus,
it is important that you can simply purify the inside of the
radon/Co2 aerator.
Pressure vessel:
It is the pressure vessel (hydrofor
or hydropress) which gathers the "swinging motions" in the
water system. The size of the pressure vessel decides the
amount of starts and stops the radon/Co2 aerators makes. The
larger the pressure vessel, the less starts there are. A
pressure vessel of at least 50 liters (for a household)
creates an even and pleasant water flow, and not unnecessary
starts at night when toilettes, etc. are used. Thus there is
an even pressure there for the thermostat mix (in the shower,
etc.). That's why the pressure vessel is to always be
affixed after the radon/Co2 aerator.
Service:
All technical details demand some form of service. The pump is
the radon/Co2 aerator's most expensive unit. In order to
ensure a long life span, the pump must be cleaned sometimes.
It is a necessity to
cleanse the aerator
as simply and quickly as possible.
Radon daughters:
Radon contains not only radon gas,
but also damaging radon daughters. Radon daughter contents
decrease when divided into halves. A large wet volume
contributes to decreasing radon daughter contents before
consumption. A radon/Co2 aerator's outer volume doesn't say a
thing as to how much water it contains other than its inner
wet volume is important. A
rectangular form swallows a lot of water on just a little
ground surface.
Operating safety:
3 phase electronics have long been
used within the industry, give a somewhat higher electrical
consumption, but has a good and operation-ensured lifespan.
In the long run, a more economical solution.
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