KESSEL-Kleinkläranlagen INNO-CLEAN® - Kessel Design
KESSEL-Kleinkläranlagen INNO-CLEAN® - Kessel Design
KESSEL-Kleinkläranlagen INNO-CLEAN® - Kessel Design
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2. General<br />
Plant configuration EW 22 to EW 30<br />
Sampling vessel<br />
Feed sensor<br />
Clear water syphon<br />
Emergency overflow<br />
Excess sludge syphon<br />
Coarse particle<br />
strainer and sludge<br />
storage<br />
Coupler DN 100<br />
Floating switch Pipe aerator element 2<br />
Pipe aerator element 1<br />
Aeration<br />
SBR<br />
Inlet<br />
DN 100<br />
Coarse particle<br />
strainer and<br />
sludge storage<br />
Aeration<br />
SBR<br />
Outlet<br />
DN<br />
100<br />
Tank 1 Tank 2 Tank 3<br />
Inlet<br />
Heights<br />
Front view<br />
Bd kg/d BSB5 Freight/day<br />
Hr max m Maximum water level Aeration<br />
Qd m 3 /d Sewage inlet/day<br />
Hr min m Minimum water level Aeration<br />
Q10 m 3 /h Sewage inlet//hour<br />
Hs m Minimum water level sludge<br />
Vdz m 3 Sewage inlet/cycle<br />
storage<br />
Hp m Height of the buffer inside the<br />
storage<br />
Volumes<br />
Hges m Max. water level sludge<br />
Vr, moyen m 3 Medium reactor volume,<br />
storage<br />
Vr, max m 3 Maximumreactor volume<br />
Vr, min m 3 Minimum reactor volume<br />
Vs m 3 Minimum sludge storage<br />
Vp m 3 Volume of buffer inside<br />
the storage<br />
Vs, ges m 3 Useful volume sludge storage<br />
Plastic tank, three tank version<br />
Inlet Dimensions<br />
Volumes Height Surface<br />
95
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