Modeling of an industrial alcohol fermentation and simuiation of the plant by a process simulator

Modeling of an industrial alcohol fermentation and simuiation of the plant by a process simulator

Source :

• Biotechnology and Bioengineering [ 0006-3592 ] ; 1995-05-05.

English descriptors

• KwdEn :
  • Algebraic equations, Amino, Amino acids, Ammonia, Amyl alcohol, Aspen technology, Batch, Beet, Beet molasses, Bioengineering, Biological reaction, Biomass, Biomass concentration, Biomass production, Biotechnol, Biotechnology, Carbon dioxide, Carbon dioxide production, Carbon recovery, Carbon skeleton, Cglucose kglucose, Chemical industries, Chemical process simulator, Chemical species, Coefficient, Complex medium, Constraint, Continuous mode, Conversion fluxes, Dioxide, Discrete events, Distillation columns, Dynamic simulation results, Elemental balances, Elementary reaction, Elementary reactions, Energy balances, Ethanol, Ethanol production, Experimental data, Fermentation, Fermentation alcoolique, Fermentation modeling, Flow rate, Flow rates, Fresh beet juice, Fructose, General case, General model, Glucose, Glucose fructose, Glycerol, Glycerol production, Heavy broth, Hexose, Higher alcohols, Independent reactions, Industrial plant, Initial values, Input streams, Isoamyl alcohol, John wiley sons, Kinetic laws, Kinetic model, Kinetics, Laboratory experiments, Linear combination, Liquid phase, Macroscopic, Macroscopic balances, Macroscopic level, Macroscopic theory, Main difficulty, Many reactions, Mass balance, Mass balances, Mathematical functions, Matrix form, Metabolic, Metabolic pathway, Metabolic pathway method, Metabolic pathways, Metabolism, Microbial growth, Modeling, Module, Molasses, Mole volume, Monod model, Nitrogen metabolism, Numerical solution, Other hand, Output streams, Pascal, Pathway, Prime importance, Process simulator, Process simulators, Product formation, Pure components, Reactant, Reaction rates, Reaction scheme, Reactor, Reactor model, Recherche scientifique, Recovery rate, Research program, Seed reactor, Seed tank, Simulation, Simulation results, Simulator, Specific rates, Splitting ratios, Stoichiometric, Stoichiometric coefficient, Stoichiometric coefficients, Stoichiometric matrix, Stoichiometric reactions, Succharomyces cerevisiue, Succinic, Succinic acid, Sucrose, Sucrose hydrolysis, Thermodynamic models, Total nitrogen, Unique solution, Upper limit, Volatile compounds, Yeast.
• Teeft :
  • Algebraic equations, Amino, Amino acids, Ammonia, Amyl alcohol, Aspen technology, Batch, Beet, Beet molasses, Bioengineering, Biological reaction, Biomass, Biomass concentration, Biomass production, Biotechnol, Biotechnology, Carbon dioxide, Carbon dioxide production, Carbon recovery, Carbon skeleton, Cglucose kglucose, Chemical industries, Chemical process simulator, Chemical species, Coefficient, Complex medium, Constraint, Continuous mode, Conversion fluxes, Dioxide, Discrete events, Distillation columns, Dynamic simulation results, Elemental balances, Elementary reaction, Elementary reactions, Energy balances, Ethanol, Ethanol production, Experimental data, Fermentation, Fermentation alcoolique, Fermentation modeling, Flow rate, Flow rates, Fresh beet juice, Fructose, General case, General model, Glucose, Glucose fructose, Glycerol, Glycerol production, Heavy broth, Hexose, Higher alcohols, Independent reactions, Industrial plant, Initial values, Input streams, Isoamyl alcohol, John wiley sons, Kinetic laws, Kinetic model, Kinetics, Laboratory experiments, Linear combination, Liquid phase, Macroscopic, Macroscopic balances, Macroscopic level, Macroscopic theory, Main difficulty, Many reactions, Mass balance, Mass balances, Mathematical functions, Matrix form, Metabolic, Metabolic pathway, Metabolic pathway method, Metabolic pathways, Metabolism, Microbial growth, Modeling, Module, Molasses, Mole volume, Monod model, Nitrogen metabolism, Numerical solution, Other hand, Output streams, Pascal, Pathway, Prime importance, Process simulator, Process simulators, Product formation, Pure components, Reactant, Reaction rates, Reaction scheme, Reactor, Reactor model, Recherche scientifique, Recovery rate, Research program, Seed reactor, Seed tank, Simulation, Simulation results, Simulator, Specific rates, Splitting ratios, Stoichiometric, Stoichiometric coefficient, Stoichiometric coefficients, Stoichiometric matrix, Stoichiometric reactions, Succharomyces cerevisiue, Succinic, Succinic acid, Sucrose, Sucrose hydrolysis, Thermodynamic models, Total nitrogen, Unique solution, Upper limit, Volatile compounds, Yeast.

Abstract

• https://api.istex.fr/document/87D15B3B041FF2D47BA3F975AE806C2726A9961A/fulltext/pdf

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