Characteristic features of bioreactors
Author(s)
Bibliographic Information
Characteristic features of bioreactors
（Bioreaction engineering : reactions involving microorganisms and cells, v. 2）
Wiley, c1991
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Note
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
Description and Table of Contents
Description
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.
Table of Contents
- 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.
by "Nielsen BookData"