Optimizing photon utilization in LED-based photocatalytic reactors

INIS

• reactors 100%
• optimization 100%
• photocatalysis 100%
• photons 100%
• design 40%
• toluene 36%
• applications 31%
• operation 27%
• water 27%
• control 22%
• conversion 22%
• efficiency 22%
• light sources 18%
• illumination 18%
• disturbances 18%
• reaction rate 13%
• recombination 13%
• feedback 13%
• electron holes 13%
• mass transfer 13%
• catalysts 13%
• concentration 13%
• periodicity 13%
• validation 13%
• surfaces 9%
• irradiance 9%
• economics 9%
• lamps 9%
• reactor design 9%
• reaction kinetics 9%
• degrees of freedom 9%
• mineralization 9%
• gases 9%
• prediction 4%
• positioning 4%
• trade 4%
• pollutants 4%
• chemical reactions 4%
• humidity 4%
• distribution 4%
• process control 4%
• mathematical models 4%
• reduction 4%
• oxidation 4%
• values 4%
• dimensions 4%
• xenon 4%
• absorption 4%
• semiconductor materials 4%
• output 4%
• operating cost 4%
• mercury 4%
• liquids 4%
• capital costs 4%
• hydrocarbons 4%
• carbon dioxide 4%
• performance 4%
• tools 4%
• pilot plants 4%
• radiations 4%
• configuration 4%
• steady-state conditions 4%
• public health 4%
• size 4%
• lifetime 4%
• material balance 4%
• experimental data 4%
• deactivation 4%
• indoors 4%

Engineering

• Photocatalytic Reactor 100%
• Design 46%
• Models 40%
• Reactor 33%
• Photonics 26%
• Duty Cycle 26%
• Demonstrates 26%
• Reaction Rate 20%
• Optimization 20%
• Feedforward 20%
• Control Structure 13%
• Degree of Freedom 13%
• Mass Transfer Limitation 13%
• Industrial Applications 13%
• Development 13%
• Mineralisation 13%
• Gas-Phase 13%
• Rate Model 6%
• Set Point 6%
• Low Water 6%
• Reactant 6%
• Small Size 6%
• Experimental Result 6%
• Capital Cost 6%
• Artificial Light 6%
• Economic Feasibility 6%
• Parameter Estimation 6%
• Control Loop 6%
• Mathematical Model 6%
• Desired Output 6%
• Steady-State Model 6%
• Control Strategy 6%
• Design Parameter 6%
• Efficient Utilization 6%
• Light Utilization 6%
• Chemical Specie 6%
• Experiments 6%
• Optimisation Problem 6%
• Hazardous Chemical 6%
• Radiation Field 6%
• Optimal Condition 6%
• Contaminant 6%
• Reaction Model 6%
• Feedback Controller 6%
• Semiconductor 6%

Chemical Engineering

• Toluene 100%
• Water 75%
• Mass Transfer 37%
• Hydrocarbon 12%
• Carbon Dioxide 12%
• Photocatalysis 12%
• Process Control 12%
• Catalyst Deactivation 12%