Simultaneous production and separation of biohydrogen in mixed culture systems by continuous dark fermentation

Keyphrases

• Biohydrogen 100%
• Biological Processes 50%
• Culture System 100%
• Dark Fermentation 100%
• Design Configuration 50%
• Effective Selection 50%
• Effective Separation 50%
• Extractive Membrane Bioreactor 50%
• Fuel Cell 50%
• High Hydrogen Production Rate 50%
• High Separation Efficiency 50%
• Hydrogen Partial Pressure 100%
• Hydrogen Production 50%
• Inoculum 50%
• Intrinsic Attributes 50%
• Membrane Materials 50%
• Membrane Technology 50%
• Metabolic Pathways 50%
• Mixed Culture 100%
• Mixed Microbial Consortia 50%
• Module Design 50%
• Negative Effects 50%
• Process Efficiency 50%
• Promising Technology 50%
• Purification System 50%
• Reactor Configuration 100%
• Robust Process 50%
• Separation Techniques 50%
• Simultaneous Production 100%
• Simultaneous Separation 100%
• Stable Process 50%
• Substrate Type 50%

INIS

• applications 16%
• bioreactors 16%
• configuration 50%
• design 16%
• efficiency 33%
• extraction 16%
• fermentation 100%
• fuel cells 16%
• hydrogen 100%
• hydrogen production 16%
• membranes 50%
• metabolic pathways 16%
• partial pressure 33%
• performance 16%
• production 100%
• purification 16%
• reactors 33%
• substrates 16%
• yields 16%

Chemical Engineering

• Extractive Membrane Bioreactor 20%
• Hydrogen 100%
• Hydrogen Production 20%
• Hydrogen Yield 20%
• Membrane Technology 20%
• Reactor Configuration 40%