By International Federation of Automatic Control, A. Halme
Modeling and regulate of Biotechnical methods covers the complaints of the 1st overseas Federation of computerized regulate Workshop by way of a similar identify, held in Helsinki, Finland on August 17-19, 1982.
This booklet is prepared into seven sections encompassing 37 chapters. the outlet part offers with the dimension ideas in fermentation procedures and using computerized analyzers to manage microbial techniques. the subsequent sections ponder the recommendations of bioreactor modeling and similar difficulties, in addition to the modeling and keep an eye on of organic wastewater therapy procedures. different sections talk about the industrial and static optimization, the pc keep watch over of creation tactics, and the applying of estimation and id easy methods to biotechnological approaches. the ultimate sections discover the rules of real-time research, use of laptop regulate in particular biotechnical construction, technique keep watch over layout, and the modeling of adaptive control.
This e-book is of significant worth to biotechnologists, biochemists, and regulate engineers.
Read or Download Modelling and Control of Biotechnical Processes. Proceedings of the First IFAC Workshop, Helsinki, Finland, August 17–19, 1982 PDF
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Additional resources for Modelling and Control of Biotechnical Processes. Proceedings of the First IFAC Workshop, Helsinki, Finland, August 17–19, 1982
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11, 211-215. J. Marinho, and N. van Uden (1976). Flow microcalorimetry of the chemostat. R. C. T. 40-48. Delin. , P. Monk, and I. Wadsö (1969). Flow micro-calorimetry as an analytical tool in microbiology. Sei. Tools, 16, 22-24. P. Belaich (1979). Micro calorimetric study of Escherichia coli aerobic growth : kinetics and experimental enthalpy associated with growth on succi nic acid. J. , 140, 377-380. , and T. Holme (1973). The use of micorcalorimetry as an analytical tool for microbial processes.
C r o s s the p e r i s t a l t i c pump several t i m e s . S o m e e x p e r i e n c e w i t h A u t o - A n a l y z e r s in set T E C H N I Q U E OF A U T O - A N A L Y Z E R S ON ting up the s y s t e m and in r u n n i n g the a p p a r a BIOREACTORS tus is n e e d e d to get good m e a s u r e m e n t d a t a . T h e c o u p l i n g of A u t o - A n a l y z e r s to b i o r e a c t o r s is shown in f i g . 2 . It s h o w s some typical e l e APPLICATION EXAMPLES m e n t s of A u t o - A n a l y z e r - s y s t e m s : v a l v e s , p l a s tic t u b e s , m i x i n g c o i l s , s e p a r a t o r s .
The thermogram (A) and the cultivation processes(B) was chosen as a sole carbon and (C) in a nitrogen-limited culture. dQ/dt, heat source (Dermoun, 1979). evolution rate; Q, heat evolution; DO dissolved oxy When glucose was chosen as a gen concentration. Symbols : (•) oxygen uptake carbon source, certain amount rate by the broth; ( O ) cell mass concentration; of acetate was produced in ( Δ ) glucose concentration; (•) acetate concent batch culture as shown in ration; ( O ) ΝΗ,"·" concentration.