CFD simulations of spacer-filled channels for pressure retarded osmosis applications

Authors: Tamburini, A; Cattarinich, R; Cipollina, A; Vella, G; Micale, G; Napoli, E
Publication year: 2015
Type: eedings
OA Link: http://hdl.handle.net/10447/170907

Abstract

Different spacer features and operating conditions were investigated in order to identify a good compromise between concentration polarization and pumping power reductions.