Scenario name: Helbling et al., 2012 (IND1) - (00000)
Scenario description:
DOI: 10.1021/es3019012
Scenario date: no date
Scenario type: SLUDGE

The scenario contains the following Additional Information:
Name: Bioreactor (bioreactor)
Value: amber glass Schott bottles (loosely capped), 100.0
Unit: mL

Name: Biological treatment technology (biologicaltreatmenttechnology)
Value: nitrification & denitrification
Unit: 

Name: Type of Aeration (typeofaeration)
Value: shaking
Unit: 

Name: Type of compound addition (typeofaddition)
Value: plating
Unit: 

Name: Initial amount of sludge in bioreactor (originalsludgeamount)
Value: 70
Unit: mL

Name: Solvent for compound addition (solventforcompoundsolution)
Value: MeOH
Unit: 

Name: Sludge retention time (sludgeretentiontime)
Value: sludge retention time;9.5
Unit: d

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

Name: Nitrogen Content (nitrogencontent)
Value: NH&#8324-N;23.0;
Unit: mg/L

Name: Oxygen Demand (oxygendemand)
Value: Biological Oxygen Demand (BOD5);500.0;
Unit: mg/L

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

Name: Total suspended solids concentration (TSS) (tts)
Value: 6.8 - 6.8
Unit: g/L

Name: Phosphorus Content (phosphoruscontent)
Value: 3.0;
Unit: mg/L

Name: Temperature (temperature)
Value: 20.0;20.0
Unit: °C

Name: Final compound concentration (finalcompoundconcentration)
Value: 100
Unit: &#956g/L

Name: Inoculum source (inoculumsource)
Value: activated sludge from biological aeration basin
Unit: 

Name: Source of liquid matrix (sourceofliquidmatrix)
Value: none (sludge only)
Unit: 

Name: Acidity (acidity)
Value: 7.0;
Unit: pH

Name: Location (location)
Value: Switzerland (IND1)
Unit: