Synthesis and functionalization of cauliflower-like mesoporous siliceous foam materials from oil shale waste for post-combustion carbon capture

Keyphrases

• Adsorbent 100%
• Post-combustion Carbon Capture 100%
• Mesoporous 100%
• Cauliflower-like 100%
• Oil Shale Waste 100%
• Foam Material 100%
• CO2 Uptake 66%
• CO2 Adsorption Capacity 66%
• CO2 Adsorption 33%
• Preparation Conditions 33%
• High CO2 33%
• Three-dimensional (3D) 33%
• Pore Volume 33%
• C4F7N/CO2 33%
• Adsorption Behavior 33%
• PH Value 33%
• Morphological Structure 33%
• Cycling Stability 33%
• Desorption Temperature 33%
• Mesostructure 33%
• Pore Structure 33%
• Urea 33%
• Large Surface Area 33%
• Aging Temperature 33%
• Templating Method 33%
• Preparation Effects 33%
• Silica Precursor 33%
• Sample Morphology 33%
• Gas Conditions 33%
• Temperature Swing Adsorption 33%
• Simulated Flue Gas 33%
• Temperature Value 33%
• P123 33%
• Porous Framework 33%
• Alkylammonium 33%
• Microemulsion 33%
• Carbamate 33%
• Oil Shale Ash 33%

Material Science

• Carbon Dioxide 100%
• Foam Material 100%
• Pore Volume 14%
• Silicon Dioxide 14%
• Flue Gas 14%
• Adsorbent 14%
• Diffuse Reflectance Infrared Fourier Transform Spectroscopy 14%
• Pore Structure 14%
• Microemulsions 14%

Chemical Engineering

• Adsorption 100%
• Microemulsion 25%