Nanoporous Ceramic Membranes

To clarify this matter we present experimental results on the mass transport of water vapor across nanoporous aao membranes in dcmd along with a multiscale theoretical model explaining our observations.

Nanoporous ceramic membranes. Inorganic membranes are mainly made of ceramics al 2 o 3 tio 2 zro 2 sio 2 tio 2 sio 2 tio 2 zro 2. Chemical engineering journal 2017 313 777 790. The condensation experiments are carried out to investigate the simultaneous heat and mass transfer across the nanoporous ceramic membranes npcms which are treated to be hydrophilic and hydrophobic surfaces using the semicontinuous supercritical reactions. Most interesting selective materials are amorphous metal oxides sol gel synthesis zeolites and carbon.

Inorganic organic and inorganic organic hybrid membranes. Ceramic nanoporous membranes are distinguished by high thermal chemical and mechanical stability. The effect of the operation conditions on the gas permeation properties and separation performance was investigated. Recovery of both latent heat and condensate from boiler flue gas is significant for improving boiler efficiency and water conservation.

Nanoporous ceramic supported ionic liquid membranes for co 2 and so 2 removal from flue gas. Supported ionic liquid membranes were developed by physical infiltration of ionic liquids within porous ceramic substrates.