This paper reviews the most recent information about main operations to produce energy from carbonaceous materials, namely biomass and wastes through integration of gasification, syngas cleaning solid oxide fuel cells (SOFCs), which have shown be a good option for combined heat power (CHP) production, due high efficiency low environmental impact. However, some challenges still need overcome, ma...

As the pursuit towards emissions reduction intensifies with growing interest and nascent technologies, solid oxide fuel cells (SOFCs) remain an illustrious candidate for achieving our goals. Despite myriad advantages, SOFCs are still too costly for widespread deployment, even as unprecedented materials developments have recently emerged. This suggests that, in addition to informed materials sel...

Solid oxide fuel cells (SOFCs) offer numerous advantages in terms of high efficiency and clean electrochemcial energy conversion devices. However, owing to operation temperature, this technology is restricted stationary applications leads components degradation long-term stability issues. The development new design their modifications for improving the electrochemical performance at intermediat...

Final Report: Theoretical Design and Experimental Evaluation of Molten Carbonate Modified LSM Cathode for Low Temperature Solid Oxide Fuel Cells Report Title Using DFT and experimental methods, the following topics have been deeply explored. (1) Interaction between oxygen and molten carbonate; (2) Fabrication and test of SOFCs with MC modified LSM cathodes; (3) Low-temperature SOFCs using MC mo...

Ammonia represents one of the most promising potential solutions as energy vector and hydrogen carrier, having a higher to transport than itself in pressurized form. Furthermore, solid oxide fuel cells (SOFCs) can directly be fed with ammonia, thus allowing for immediate electrical power heat generation. This paper deals analysis dynamic behavior commercial SOFCs when fueled ammonia. Several me...

Solid oxide fuel cells (SOFCs) are promising high-effective energy conversion devices for wide sources and high efficiency. Based on non-linear kinetics at triple-phase-boundary, a three-dimensional model with single flow channel was constructed. Distribution of mass flow, temperature current density in different configuration working conditions were investigated. Critical factors voltage outpu...