Due to the annual increase in CO2 emissions, climate change continues to progress. In
order to achieve the goals set in the Paris Climate Agreement, CO2 capturing measures are …

The concept of direct CO 2 capture and conversion has attracted significant interest from
industries and academia in recent decades due to its potential to address the current grand …

Coupling simultaneous mixed ionic (ie O 2−) and electronic conductivity in a single
inorganic membrane has been demonstrated as a very promising approach for gas …

The application of catalytic mixed conducting ceramic membrane reactors shows great
promise for industrial processes to produce value-added chemicals. A catalytic membrane …

The existing process for hydrogen production from methane through steam-reforming
requires multiple reactors and separators and is thus costly and energy-intensive. This …

Abstract Water-gas-shift (WGS) reaction is a critical step in integrated gasification combined
cycles (IGCC) power plants with CO 2 capture. Membrane reactors made with a CO 2 …

CO 2 separation through ceramic-carbonate dual-phase membrane from various industrial
carbon sources has become a promising way to solve the high-temperature CO 2 emission …

Ceramic-carbonate dual-phase hollow fiber membranes offer good performance for CO 2
separation at the temperature of 600–1000° C but suffer from poor mechanical strength. This …

Membranes for selective carbon dioxide permeation are likely to be important devices in
future separation processes relevant to the energy industry. Here we review the current state …

Ceramic-carbonate dual phase (CCDP) membrane consisting of oxygen ionic conductor
and molten carbonate has potential applications in clean energy delivery as it enabling the …