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UASBR
UASBR
Background
Process Description
Advantages and Disadvantages
Suitable Wasterwater types
Operating Modes
Flow Sheet
Post Treatment
Cost Comparison
Process Performance
Applications
Alcohol and Distillery
Brewery
Chemical and Petrochemical Industry
Food and Starch Industry
Paper Industry
Slaughter House and Tannery
Sugar Industry
Sewage and Low Strength Wastewater
Environmental Parameters
Ph
Alkalinity
VFA
Temperature
Suspended Solids
Nutrients
Trace Metal Requirements
Toxicity
Operating Parameters
COD conc. and BOD conc.
OLR and SLR
Upflow Velocity
HRT
Gas Production
Mixing
SRT
Wastewater Characteristics
Sludge Characteristics
Inoculum Sludge Source Characteristics
Ideal Inoculum Characteristics
Granulation of Biomass
Characteristics of Granules
Effect of Microcarriers
Design Guidelines
Working Out Reactor Volume
GSS Design
Feed Inlet Design
Effluent Collection System
Other Requirements
Design
Treat Flowsheet
Reactor Design
Startup Guidelines
Capacity of Existing Reactor
Screen
Grit Chamber
P.S.T
Operating Guidelines
Post Treatment
Activated Sludge Process
Extended Aeration Process
Help
Very High Strength Reactor Design
COD between 4,000 to 10,000 mg/L
Input Parameters
Inflow (cum/d):
COD (mg/L):
Temperature (Degree C):
Shape of Reactor:
Rectangular
Circular
Calculate
G.S.S. Design
Start-up
Estimate
Save
Recomendation
Volume(cum):
Area(sqm):
HRT(hrs):
OLR(kg COD/cum day):
SLR(kg COD/kg VSS day):
Upflow Velocity(m/hr):
Reator Dimensions
Number of Units:
Height(m) without free board:
Length(m):
Width(m):
Diameter(m):
Expected Performance
Methane Production (cum/d):
Power Production (kW):
Efficiency (%) :
Inflow Arrangement
Main Pipe diameter (Inches):
Lateral Diameter (Inches):
No. of Laterals:
Sublateral Diameter (Inches):
Number of Nozzles/ Lateral: