In this paper, the results of isopropanol dehydration on hydrophilic pervaporation ceramic membranes (PERVATECH BV) are presented. Ceramic membranes consist of several layers: silica dense layer deposited on four gamma-alumina layers with consecutively diminishing pore size. Membrane selectivity and permeate flux were determined as a function of feed concentration and temperature. Ceramic membranes under investigation showed very high efficiency and selectivity. Dewatering of isopropanol-water mixture (94 wt. % of isopropanol) at a temperature of 100 degreesC gave water flux J(w) = 9.3 kg/(m(.2)h) and the selectivity level of 500. Water fluxes measured during the experiments were plotted as a function of water vapour pressure over the feed and a linear correlation was obtained. Based on this correlation permeation coefficients independent of temperature were estimated for water (P-w = 1.687x10(-4) kg/(Pa(.)M(4.)h)) and isopropanol (P-i=3.441x10(-7) kg/(Pa(.)m(4.)h)). Our results were compared with literature data obtained for various hydrophilic ceramic and polymeric membranes.