To recover the residual water efficiently in the complex environment

the advanced membrane technology was employed. Based on the experiment apparatus of the semicontinuous supercritical reactions

the wettability-modified nanoporous ceramic membranes were achieved by using semicontinuous supercritical reactions. The microstructure and characterization of both hydrophilic and hydrophobic nanoporous membranes were investigated by the methods of the contact angle measurement

electron microscope scan and electron spectroscopy analysis. Based on the experimental system of vapor condensation heat transfer on a single tube

the investigation of condensate transport through the nanoporous membrane with and without wettability modificaion was carried out. The effects of typical parameters including coolant flow rate

mixture gas temperature

transmembrane pressure and water vapor volume fraction on heat and mass transfer performance are studied. To explore the mechanism of water transport in nanoscale channels with different surface wettability

the method of molecular dynamics simulation was employed. The transport of water through a single nanopore was simulated.