Dynamic process model and economic analysis of microalgae cultivation in open raceway ponds

Keyphrases

• Dynamic Process Model 100%
• Microalgae Cultivation 100%
• Microalgae Production 100%
• Open Raceway Pond 100%
• Process Model Analysis 100%
• Process Economic Analysis 100%
• Microalgae Growth 50%
• Energy Balance 25%
• Biomass Feedstock 25%
• Microalgae 25%
• First-principles 25%
• Growth Parameters 25%
• Ponds 25%
• Operating Cost 25%
• Techno-economic Analysis 25%
• Mass Balance 25%
• Design Specification 25%
• Kinetic Model 25%
• Uptake Rate 25%
• Capital Expenses 25%
• Solar Irradiance 25%
• Cultivation System 25%
• Principles-based 25%
• Value-added Chemicals 25%
• Bioreactor Process 25%
• Biological Growth 25%
• Carbon Dioxide Uptake 25%
• Location Management Cost 25%
• Bioreactions 25%
• Value-added Bioproducts 25%
• Areal Productivity 25%
• Geospatial Variability 25%
• Geospatial Characteristics 25%
• Microalgae Productivity 25%
• Bioprocess Modeling 25%
• Geospatial Location 25%
• Prices of Production 25%

Chemical Engineering

• Carbon Dioxide 100%
• Energy Balance 100%
• Dynamic Process Model 100%
• Techno-economic Analysis 100%
• Bioreactor Process 100%

Engineering

• Microalgae 100%
• Microalgae Cultivation 100%
• Dynamic Process 100%
• Open Raceway Pond 100%
• Bioreactor 12%
• Design Specification 12%
• Primary Factor 12%
• Growth Parameter 12%
• Irradiance 12%
• Bioprocessing 12%