The molten carbonate fuel cell allows for capturing, separating and concentrating CO 2 as it passes through the melt from cathode side to anode side, while simultaneously generating electricity heat. article presents technology flow diagram of a system capturing flue gases thermal power plant in high-temperature on carbonates with subsequent conversion utilization gaseous combustible products e...

Hydrogen production is critical to many modern chemical processes – ammonia synthesis, petroleum refining, direct reduction of iron, and more. Conventional approaches hydrogen manufacture include steam methane reforming autothermal reforming, which today account for the lion's share generation. Without CO2 capture, these emit about 8.7 kg each H2 produced. In this study, a molten carbonate fuel...

Due to their low melting point and high conductivity molten hydroxides are interesting electrolytes, or additive other electrolytes for high-temperature electrochemical devices. There is nowadays a revival of such reactive media, first all significant role in the electrode mechanisms carbonate fuel cells (MCFCs) reverse co-electrolysis water carbon dioxide process, but also different applicatio...

Molten carbonate fuel cells (MCFCs) use molten as an electrolyte. MCFCs operate at high temperatures and have the advantage of using methane a because they can nickel-based catalysts. We analyzed performance internal manifold-type MCFC, according to operating conditions, computational fluid dynamics. Different conditions were used for external reforming-type MCFCs. Flow directions, gas utilizat...