Eco-innovation in action: Using rice husk-derived silica for highly dispersed iron catalysts in the oxidation of phenol

Keyphrases

• Phenol Oxidation 100%
• Highly Dispersed 100%
• Eco-innovation 100%
• Iron Catalyst 100%
• Rice Husk Silica 100%
• Catalytic Activity 50%
• Oxidation Reaction 50%
• Hydrogen Peroxide 50%
• Molar Ratio 50%
• Fe3+ 50%
• High Selectivity 50%
• X-ray 50%
• Thermogravimetric Analysis 50%
• Urea 50%
• Spectroscopy Studies 50%
• Deposition-precipitation 50%
• Metallic Phase 50%
• Low Load 50%
• High Thermal Stability 50%
• Diffuse Reflectance Infrared Fourier Transform Spectroscopy (DRIFTS) 50%
• Wet Oxidation 50%
• Silanol Groups 50%
• Conventional Impregnation 50%
• Reduced Catalyst 50%
• Good Dispersion 50%
• IR Analysis 50%
• High Dispersion 50%
• Metal Phase 50%
• Phenol Conversion 50%
• Diffraction Analysis 50%
• Carbon Monoxide 50%
• H2 Temperature-programmed Reduction 50%
• In Situ Diffuse Reflectance Infrared 50%

INIS

• rice 100%
• oxidation 100%
• iron 100%
• catalysts 100%
• phenol 100%
• silica 100%
• reduction 28%
• metals 28%
• dispersions 28%
• hydrolysis 28%
• conversion 28%
• stability 14%
• interactions 14%
• deposition 14%
• x-ray diffraction 14%
• ph value 14%
• precipitation 14%
• spectroscopy 14%
• impregnation 14%
• carbon dioxide 14%
• urea 14%
• carbon monoxide 14%
• thermogravimetric analysis 14%

Chemical Engineering

• Phenol 100%
• Hydrogen Peroxide 33%
• Carbon Dioxide 33%
• Temperature-programmed Reduction 33%
• Deposition-precipitation 33%
• Urea 33%