GEP-rainwater harvesting

Calculation rainwater demand

General
Max. Inhabitants/user:Spin UpSpin Down
Building type:
select

Comments to building type:
Connected User
Flushing tank:Amount:Spin UpSpin DownUnits
Urinal:Amount:Spin UpSpin DownUnits
Washing machine:Amount:Spin UpSpin DownUnits
Irrigation:Fläche:Spin UpSpin Downm2
Other purposes:Amount:Spin UpSpin DownLitres/day
Booster station
Operating pointSpin UpSpin Downm³/h atSpin UpSpin Downm
Max. Vertical height between booster and tapping:Spin UpSpin Downm
Max. Pipe length between booster and tapping:Spin UpSpin Downm
Max. Vertical height between cistern and booster:Spin UpSpin Downm
Max. Pipe length between cistern and booster:Spin UpSpin Downm

Rainwater harvest

Parameter
Connected roof area:
m2
Roof construction:
Precipitation:

(Only postal code Germany)

Results GEP-rainwater harvesting

Rainwater harvest and -demand
Rainwater harvest:  m3/year
Process water demand:  m3/year
Product recommendation
Rainwater storage cistern/tank:
Rainwater  station:
Wasserpreis (in €/m³):
gewählte Gebäudeart:
VerbraucherBerechnungErgebnisEinheit
Regenwasserbedarf0
Jährliche Ersparnis0
The results of this calcuations is just a rough first estimation. DEHOUST is happy to calculate and dimension your individual plant size. If you like to have a first orientation offer please press the button „Information/price offer” to send the data to Dehoust.

get more info/price inquiry

Please complete your contact data and send us your inquiry by pressing the button "send inquiry".Dehoust will send you a first price estimation of the system as soon as possible.

contact data
project name:
Name of company/first name:
contact person:
street:
Postal code:
city:
E-Mail:
phone:
comments:
 
Sie haben optional die Möglichkeit, hier eine Datei mit Anmerkungen hochzuladen (Gültige Formate: PNG, JPG, PDF).
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