Hydrogen has acquired important consideration as a carbon-free power provider for energy era. Water is an environmentally-benign supply for hydrogen manufacturing both via electrolysis or catalytic splitting, whereas the latter has comparatively low equilibrium fixed. Coupling catalytic water splitting with combined ionic-electronic conducting (MIEC) membrane reactor has been demonstrated as a really promising strategy to reinforce hydrogen manufacturing price by extracting oxygen produced. This evaluate gives a complete protection of essential facets included on this course of, together with membrane supplies, construction, morphology, catalysts, and working situations for water splitting. Furthermore, course of intensification could be additional achieved by integrating methane-related oxidation reactions to facilitate oxygen elimination, in order to enhance hydrogen manufacturing price. Some developments for future improvement have additionally been summarized.