Dual-phase membranes consisting of an ionic or mixed conducting ceramic phase and a
molten carbonate phase are permeable only to carbon dioxide at high temperatures. This …

A theoretical model has been developed for CO2/O2 permeation through a dual-phase
membrane consisting of mixed-conducting oxide ceramic (MCOC) and molten carbonate …

A new carbonate–ceramic dual-phase membrane for high temperature CO2 separation was
synthesized from porous La0. 6Sr0. 4Co0. 8Fe0. 2O3− δ (LSCF) supports infiltrated with a …

Ceramic-carbonate dual-phase membranes are perm-selective to carbon dioxide at high
temperatures. This paper reports a strategy to prepare thin ceramic-carbonate dual-phase …

Ceramic-carbonate dual-phase dense membrane is a promising high temperature CO 2
separation membrane with remarkable CO 2 permeance and theoretically infinite CO 2 …

A dense membrane consisting of two-phases: molten carbonate for the conduction of
carbonate ions and Bi1. 5Y0. 3Sm0. 2O3 (BYS) for the conduction of oxygen ions, was …

Dual-phase membranes consisting of a mixed ionic− electronic conducting ceramic phase
and an ionically conductive molten carbonate phase have the ability to selectively separate …

Dual-phase molten salt-ceramic membranes show high permselectivity for CO 2 when
molten carbonate is supported in a porous oxygen-ion and/or electron conductor. In this …

This study examines membrane synthesis, structural stability, permeation properties, and
long-term permeation stability of a new dense dual-phase membrane of composition La 0.85 …

CO 2 permeation properties and stability of ceramic-carbonate dual-phase membranes at
high pressures/temperatures are critical to their CO 2 separation and membrane reactor …