Abstract
The application of two innovative fixed film and suspended growth anaerobic biological systems to the treatment of grain and food processing wastewaters is discussed. A fluidized bed fixed film system and a suspended growth membrane system are described. The technical and economic factors dictating which system is selected for treatment of a specific industrial wastewater are discussed. Case history results from successful operation of full-scale, demonstration, and pilot-scale systems treating respectively, soy whey, cheese whey, and wheat flour processing wastewaters are presented.
Citation Formats
Sutton, P M.
Innovative biological systems for anaerobic treatment of grain and food processing wastewaters.
Germany: N. p.,
1986.
Web.
Sutton, P M.
Innovative biological systems for anaerobic treatment of grain and food processing wastewaters.
Germany.
Sutton, P M.
1986.
"Innovative biological systems for anaerobic treatment of grain and food processing wastewaters."
Germany.
@misc{etde_7255371,
title = {Innovative biological systems for anaerobic treatment of grain and food processing wastewaters}
author = {Sutton, P M}
abstractNote = {The application of two innovative fixed film and suspended growth anaerobic biological systems to the treatment of grain and food processing wastewaters is discussed. A fluidized bed fixed film system and a suspended growth membrane system are described. The technical and economic factors dictating which system is selected for treatment of a specific industrial wastewater are discussed. Case history results from successful operation of full-scale, demonstration, and pilot-scale systems treating respectively, soy whey, cheese whey, and wheat flour processing wastewaters are presented.}
journal = []
volume = {38:9}
place = {Germany}
year = {1986}
month = {Sep}
}
title = {Innovative biological systems for anaerobic treatment of grain and food processing wastewaters}
author = {Sutton, P M}
abstractNote = {The application of two innovative fixed film and suspended growth anaerobic biological systems to the treatment of grain and food processing wastewaters is discussed. A fluidized bed fixed film system and a suspended growth membrane system are described. The technical and economic factors dictating which system is selected for treatment of a specific industrial wastewater are discussed. Case history results from successful operation of full-scale, demonstration, and pilot-scale systems treating respectively, soy whey, cheese whey, and wheat flour processing wastewaters are presented.}
journal = []
volume = {38:9}
place = {Germany}
year = {1986}
month = {Sep}
}