Scenario name: Jewell et al. (5) high concentration; high dilution with SBR effluent - (00000)
Scenario description:
https://doi.org/10.1016/j.watres.2015.10.026
Scenario date: 2016
Scenario type: SLUDGE

The scenario contains the following Additional Information:
Name: Temperature (temperature)
Value: 15.0;25.0
Unit: °C

Name: Type of compound addition (typeofaddition)
Value: spiking in solvent
Unit: 

Name: Acidity (acidity)
Value: 6.5 - 7.5;
Unit: pH

Name: Total suspended solids concentration (TSS) (tts)
Value: 3.1 - 3.1
Unit: g/L

Name: Inoculum source (inoculumsource)
Value: nitrifying activated sludge from an ps SBR
Unit: 

Name: Redox condition (redox)
Value: aerob
Unit: 

Name: Type of aeration (aerationtype)
Value: stirred and aerated with a regulated mixture of air and CO2 via a diffuser
Unit: 

Name: Initial amount of sludge in bioreactor (originalsludgeamount)
Value: 20
Unit: mL

Name: Sludge retention time (sludgeretentiontime)
Value: sludge retention time;10.0
Unit: d

Name: Source of liquid matrix (sourceofliquidmatrix)
Value: effluent
Unit: 

Name: Final compound concentration (finalcompoundconcentration)
Value: 500
Unit: &#956g/L

Name: Bioreactor (bioreactor)
Value: light-protected vessels, 400.0
Unit: mL

Name: Purpose of WWTP (purposeofwwtp)
Value: municipal WW
Unit: