Economical nitrate reduction for contaminated drinking water sources using hydrogenbased membrane biofilm reactor

Keyphrases

• Anthropogenic Chemicals 50%
• Arsenate 50%
• Bench-scale Test 100%
• Biological Denitrification 50%
• Chlorate 50%
• Competitive Ion-exchange 50%
• Contaminants of Concern 50%
• Contaminated Drinking Water 100%
• Denitrification Process 50%
• Dibromochloropropane 50%
• Drinking Water 100%
• Elevated Levels 50%
• Engineering Scale 50%
• Fluctuating Concentrations 50%
• Full-scale Demonstration 50%
• Groundwater Samples 50%
• Heterotrophic 50%
• Hollow-fiber Membrane Biofilm Reactor 50%
• Hydrogen-based Membrane Biofilm Reactor 50%
• Membrane Biofilm Reactor 100%
• Microbial Degradation 50%
• Nitrate 100%
• Nitrate Reduction 100%
• Nitrate Removal 50%
• Perchlorate 50%
• Reactor Processes 50%
• Reverse Osmosis Process 50%
• San Joaquin Valley 50%
• Waste Disposal 50%
• Water Sources 50%
• Wellhead 50%

Chemical Engineering

• Biological Denitrification 25%
• Hollow Fiber Membrane 25%
• Hydrogen 75%
• Ion Exchange 25%
• Membrane Biofilm Reactor 100%
• Microbial Biodegradation 25%
• Nitrate Reduction 100%
• Potable Water 100%
• Reverse Osmosis 25%