In this study an advanced integrated multigeneration energy hub is conceptualized
combining solid oxide fuel cell (SOFC), molten carbonate fuel cell (MCFC), proton exchange …

The major and challengeable restriction facing coal power plants (CPPs) is the emission of
polluting gases caused by burning coal. Therefore, adopting the reasonable and practical …

Abstract Molten Carbonate Fuel Cells (MCFCs) are a promising technology as sustainable
power generators as well as CO 2 selective concentrators for carbon capture applications …

Increasing electricity demand in the world's energy portfolio and the focus on reducing
carbon emission footprints has led to broad research into flexible and efficient energy …

This article presents a new technology for the generation of power and steam, or other
process heat, with very low CO 2 emissions. It is well known that cogeneration of electricity …

Two newly emerging technologies:(a) plasma gasification and (b) molten carbonate fuel cell
(MCFC) are integrated for hydrogen and power production for various system configurations …

Hydrogen (H 2) production via steam methane reforming is a mature and cost-effective
technology. However, carbon capture and storage is required to decrease its carbon dioxide …

This paper presents the results of research into improving the ionic conductivity of Molten
Carbonate Fuel Cell by modifying the matrix material. So far, we have succeeded in using …

A growing interest within the Carbon Capture, Utilisation and Storage (CCUS) community is
large cluster networks that combine captured CO 2 from power and industrial sources, in …

Molten carbonate electrolysis cells have recently gained interest for the sustainable
production of H 2 or syngas to substitute fossil fuels. However, they can be also used for CO …