WETWINE Software Results

0 m2 Minimum area required
0 m2 Area dedicated to wetlands
Volume 0,00 m3

N.Husb 0
Height 0,00 m
Diameter 0,00 m

CaCO3 must be added to correct the PH
Surface 0,00 m2

No. of Cells 0
Cell Width 0,00 m
Cell Length 0,00 m
Surface 0,00 m2

No. of Cells 0
Cell Width 0,00 m
Cell Length 0,00 m
Surface 0,00 m2

No. of Cells 0
Cell Width 0,00 m
Cell Length 0,00 m
Annual production 0,00 kg/year
HUSB DIGESTOR VERTICAL WETLAND HORIZONTAL WETLAND SLUDGE WETLAND BIOSOLID OBTAINED
Volume
0,00 m3
Surface
0,00 m2
Surface
0,00 m2
Surface
0,00 m2
Production
0,00 kg/year
N. Husb
0
N. Cells
0
N. Cells
0
N. Cells
0
Height
0,00 m
Cell Width
0,00 m
Cell Width
0,00 m
Cell Width
0,00 m
Diameter
0,00 m
Cell Length
0,00 m
Cell Length
0,00 m
Cell Length
0,00 m
Data entered
General data Harvest data Non-harvest data
Volume of wine produced per year

0,00 m3

pH

0,00

pH

0,00

Wastewater produced per year

-

TSS (Total suspended solids)

0,00 mg/L

TSS (Total suspended solids)

0,00 mg/L

COD (Chemical oxygen demand)

0,00 mg/L

COD (Chemical oxygen demand)

0,00 mg/L

BOD (Biological oxygen demand)

-

BOD (Biological oxygen demand)

-

Total N (Total Nitrogen)

0,00 mg/L

Total N (Total Nitrogen)

0,00 mg/L

Total P (Total Phosphorus)

0,00 mg/L

Total P (Total Phosphorus)

0,00 mg/L

Q (Total volume of effluents)

-

Q (Total volume of effluents)

-

Duration of the harvesting period

0,00 days

0 Installation cost
0 €/year Cost of maintenance
Items Description Price (€)
Hydrolytic Upflow Sludge Bed (HUSB) Digester HUSB reactor made of reinforced polyester, with different inlets and outlets at different heights 0
Wetlands Wetlands built half-buried in marine board covered by HDPE. Filled with gravel according to design. Reed type plants 0
Chambers and pipes Prefabricated concrete chambers and PVC pipes. 5000 L end tank 0
Instrumentation and control Including electrical system, feeding and recirculation pump, control system, automatic valves and flowmeters. 20.000
Soil Conditioning Includes ground levelling and excavation of wetlands and burial of HUSB and tanks 0
TOTAL 0
Analysis of environmental impact in comparison with other systems
HARVEST TIME
REST OF THE YEAR