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Hi @LatinXChem comunity.
I’m exited to share my work: CO2 adsorption enhancement under humid conditions in CAU-10. Hope you like it! 
#LatinXChem #LatinXChemNanoMat #Nano037 #MOFs #CO2adsorption #MOFer
I’m exited to share my work: CO2 adsorption enhancement under humid conditions in CAU-10. Hope you like it! #LatinXChem #LatinXChemNanoMat #Nano037 #MOFs #CO2adsorption #MOFer
Hey, in this thread I'll explain a little more about my project.
About the experimental work...
Kinetic CO2 capture experiments on the CAU-10 were performed first under anhydrous conditions and then under fixed relative humidities (3–25% P/P0) at 303 K in all cases.
In the range of 3–20% P/P0, we can observe an enhancement in the CO2 uptake and similar adsorption values.
In the range of 3–20% P/P0, we can observe an enhancement in the CO2 uptake and similar adsorption values.
A CAU-10 activated sample was exposed to a constant RH 15% P/P0, after reaching equilibrium (~1 wt% H2O uptake) RH was set to 0% P/P0 and immediately exposed to a constant CO2 flow. After 20 min of CO2 adsorption, the CO2 flow was set to zero. This was repeated 5 more times.
