Characteristic features of bioreactors
著者
書誌事項
Characteristic features of bioreactors
（Bioreaction engineering : reactions involving microorganisms and cells, v. 2）
Wiley, c1991
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注記
Includes bibliographical references and index
"The original German edition of this book is a volume in the principles of chemical technology series : process technology for the chemical and related industries" -- Page before the T.p
内容説明・目次
内容説明
This volume describes actual submerged and surface reactors, compares them with each other and discusses selection and construction aspects of these reactors. A review of measuring techniques for reactor realization is also featured.
目次
- Part 1 Characteristic features of bioreactors: definition of reactor features
- aerobic "submerged reactors" with energy supplied by mechanically moving agitators
- reactors with mechanical agitators
- mechanically stirred loop reactors with H/D
- reactors agitated and aerated with self-aspirating impellers
- horizontal loop reactors agitated and aerated with self-aspirating impellers (Torus reactors)
- cascade reactor with rotary agitation elements
- cascade reactors with reciprocating mixing elements
- reciprocating jet cascade reactors with oscillating mixing elements and fixed stage separating
- flat blade turbine-type surface aerators
- rotating biological surface aerators
- rotating disc reactors
- paddle wheel reactors
- horizontal tubular reactors
- aerobic "submerged reactors" with power supplied by the kinetic energy of the liquid circulated by a pump in a loop
- gas dispersion mechanisms making use of kinetic energy in the liquid
- bioreactors with liquid pump supplying energy input
- aerobic "submerged reactors" with power supplied by compressed gas expansion
- bubble formation in the laminar flow range
- bubble formation in the turbulent flow range
- classification of aerobic "submerged reactors" with power supplied by compressed gas expansion
- bubble columns
- gas fluidized bed reactor
- aerobic effluent treatment. Part 2 Reactors for anaerobic process and flue gas treatment: stirred tanks
- stirred tanks with external cell recycle
- tank reactor with internal cell recycle
- fixed bed or tubular reactor with cell adhesion
- fluidised bed reactor with cell adhesion
- third generation reactor systems
- reactors for waste removal by microbial methane production from high solids concentration
- reactors for biological flue gas treatment. Part 3 Selection of reactor and its method of operation: types and properties of organisms used
- constraints imposed by medium properties
- biochemical process data
- location
- interation of factors 3.1-3.4. Part 4 Comparison of reactors: comparison of aerobic reactors based on specific oxygen transfer rate and efficiency
- mixing time as a basis for reactor comparison
- cell mass productivity as a basis for comparison of aerobic reactors
- metabolite or enzyme production as a basis for reactor comparison. Part 5 Comments on reactor selection. Part 6 Measurements used for characterising aerobic reactors: measurements used for characterising aerobic submerged reactors
- characterization of phase properties and their interaction
- determination of heat transfer coefficients
- measuring techniques for characterizing medium, pellets, biofilm and immobilized cells in bioreactors.
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