A process development-oriented hierarchic compartmental mathematical model is presented, capable of describing the growth and lipid storage occurring in a (photo-)bioreactor. The underlying biochemical model is designed for coping with an anphitrophic biomass and the overall process model is designed to exploit that biomass in a possibly spatially and/or temporally alternated mixotrophic/heterotrophic operation schedule.
Microalgae Modeling: New Issues and Opportunities from Metabolism and Process Design Couplings and Interactions / D'Urso, Alessio; Scarsella, Marco; Parisi, Mariapaola; D., DE PAROLIS; Bravi, Marco. - ELETTRONICO. - (2008). (Intervento presentato al convegno Ingegneria Chimica: Le nuove frontiere. Convegno GRICU 2008 tenutosi a Le Castella (KR), Italy nel 14-17 Settembre 2008).
Microalgae Modeling: New Issues and Opportunities from Metabolism and Process Design Couplings and Interactions
D'URSO, ALESSIO;SCARSELLA, Marco;PARISI, Mariapaola;BRAVI, Marco
2008
Abstract
A process development-oriented hierarchic compartmental mathematical model is presented, capable of describing the growth and lipid storage occurring in a (photo-)bioreactor. The underlying biochemical model is designed for coping with an anphitrophic biomass and the overall process model is designed to exploit that biomass in a possibly spatially and/or temporally alternated mixotrophic/heterotrophic operation schedule.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
