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In addition, the utilization of the entire<br />
filter area in the air cleaner has been<br />
optimised and the quantity of dust in<br />
the filters has been reduced by placing a<br />
patent pending air distribution plate in<br />
front of the first filter (PA 2009 01023). The<br />
mechanical principle for sprinkling the<br />
filters under all operating conditions has<br />
been optimised so that the entire filter<br />
area retains the required humidification<br />
level.<br />
These additions improve the “working environment”<br />
for the bacteria in the system.<br />
This makes it easier for the bacteria to<br />
convert the odorants and the ammonia<br />
content in the housing air - and thus obtain<br />
the maximum cleaning effect.<br />
BIO Flex installation in Denmark<br />
Air distribution plate in front of the first filter<br />
Air outlet from the section to the air cleaner<br />
Automatic robot washer on the first filter<br />
Low Power Consumption<br />
BIO Flex is characterised by air cleaning on<br />
large filter areas which results in a minor<br />
pressure loss. The automatic robot washer<br />
and the dust reducing function of the<br />
air distribution plate are in combination<br />
to ensure that the filters are always in<br />
optimum condition and the pressure loss<br />
through the filters is low. The operating<br />
costs for ventilation have been minimised<br />
compared to other filter-based air cleaning<br />
systems.<br />
Control and Monitoring<br />
Optimum air cleaning with minimum resource<br />
consumption is handled by a DOL<br />
356 air cleaning computer. Operating data<br />
is collected and displayed by the <strong>Farm</strong>-<br />
Online® management system. Data documentation<br />
through <strong>Farm</strong>Online® meets<br />
the requirements<br />
of the<br />
international<br />
VERA Protocol.
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