The separation performance of the Ni/ceramic membrane was investigated using single gases (hydrogen, nitrogen, carbon dioxide and methane) at room temperature.
However, the predicted separation performance of CH2CONH2 modified MIL-53 is not so good, both its carbon dioxide/methane separation factor and adsorption amount are lower than those of the original one.
The design of membrane separation processes requires quantitative expressions relating the separation performance to material properties.
In the post-combustion membrane separation process, the specific work consumption for carbon dioxide separation is reduced by 12.9%.
Based on separation performance, kinetic separation appeared to be superior.
A carbon dioxide separation unit conveniently integrated in a pre-combustion separation process is chosen, in order to take advantage of the high pressure of the gas.
Protic ionic liquids based on substitute amines and carboxilate anions were reported to be selective to methane/carbon dioxide separation.
Mo, Y. et al. Cation-dependent structural instability of graphene oxide membranes and its effect on membrane separation performance.
C6 isomers are selected to test the separation performance of compound 1 based on the consideration of its pore structure.
The carbon dioxide separation breakpoint enhancement gives all advantages to XC3 by about 25.3%.
