Current: Moisture enhancement effect on adsorption and desorption
Enhanced CO2 adsorption and desorption from nano-dispersed alkaline sorbent using a low moisture content purge gas.
Current: Non-reactive CO2 direct air capture and recovery using supported alkaline oxide sorbents
Direct air capture (DAC) and storage of CO2 are critical to reducing atmospheric CO2 levels and avoiding further global warming and climate change.
Previous: Dual function materials (DFMs) for integrated CO2 direct air capture and catalytic conversion to sustainable hydrocarbons
The DFM is composed of a CO2 sorbent, CO2 conversion catalyst, intimately dispersed on a high surface area carrier, all of which are deposited on a monolithic support, Due to the close proximity of catalyst and sorbent on the material surface, the DFM is unique in its ability to capture CO2 and catalytically convert it in situ upon the addition of renewable (“green”) H2.
Previous: A Dual Function Material For The Adsorption And Conversion Of CO2 to Fuel
An In Situ CO2 Catalytic Conversion Making Fuels
Previous: Regeneration of Rh and Pd TWC Catalysts After Automotive Fuel Shutoff
Regenerate the Expensive Catalyst Rh and Pd On Three-Way-Catalysts (TWC)
Previous: Reforming Of Ethanol To H2 For Fuel Cell Applications: Rh/CeO2-SiO2 //Ceramic Monolith
Catalytically Converting Ethanol To H2 For Fuel Cells
Previous: Structure Dependence Of Nb2O5-x Supported Manganese Oxide For Catalytic Oxidation Of Propane
Enhanced Oxidation Activity For MnOx On A Low Surface Area Nb2O5-x