Theory and Design of Fermentation Processes
portes grátis
Theory and Design of Fermentation Processes
Dionisi, Davide
Taylor & Francis Ltd
10/2021
262
Dura
Inglês
9781032108285
15 a 20 dias
520
Descrição não disponível.
1. Introduction to fermentation processes. 2. Kinetics and stoichiometry. 3. Mass balances and design for batch, continuous and fed-batch reactors. 4. Oxygen transfer. 5. Heat generation and heat balances. 6. Design summary and examples of industrial fermentation processes.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Continuous Fermenter;Kinetics;Endogenous Metabolism;Stoichiometry;Substrate Concentration;Mass Balances;Fed Batch Reactor;Oxygen Transfer;Mass Transfer Coefficient;Mass Design;Dilution Rate;Reactors;Superficial Gas Velocity;Maintenance Metabolism;Effluent Substrate Concentration;Substrate Removal Rate;Elemental Balances;Continuous Reactor;Dissolved Oxygen Concentration;Initial Substrate Concentration;Agitation Speed;Process Flowsheet;Specific Growth Rate;Gas Flow Rate;Substrate Removal;ATP Molecule;Industrial Fermentation Processes;Agitator Speed;Monod Model;Biomass Growth
1. Introduction to fermentation processes. 2. Kinetics and stoichiometry. 3. Mass balances and design for batch, continuous and fed-batch reactors. 4. Oxygen transfer. 5. Heat generation and heat balances. 6. Design summary and examples of industrial fermentation processes.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Continuous Fermenter;Kinetics;Endogenous Metabolism;Stoichiometry;Substrate Concentration;Mass Balances;Fed Batch Reactor;Oxygen Transfer;Mass Transfer Coefficient;Mass Design;Dilution Rate;Reactors;Superficial Gas Velocity;Maintenance Metabolism;Effluent Substrate Concentration;Substrate Removal Rate;Elemental Balances;Continuous Reactor;Dissolved Oxygen Concentration;Initial Substrate Concentration;Agitation Speed;Process Flowsheet;Specific Growth Rate;Gas Flow Rate;Substrate Removal;ATP Molecule;Industrial Fermentation Processes;Agitator Speed;Monod Model;Biomass Growth
