Abstract A competitive advantage for the molten carbonate fuel cell (MCFC)-driven energy processes is their versatility. On other hand, since MCFC consumes carbon dioxide, it can reduce amount of dioxide emissions compared to cells. Accordingly, current paper develops and evaluates thermodynamic, exergoeconomic environmental analysis a new hybrid process (HEP) based on reformer stack biomass ga...

Abstract The main purpose of this work is to examine the techno-economics and environmental assessment Solid Recovered Fuel Lignite methanol pathway. Methanol produced by gasifying solid fuels carbon monoxide hydrogen then reacting produce under pressure during synthesis process. data obtained from partners used adapt study for liquid fuel application. in-house personal computer-based process s...

In order to achieve the fast load following and safe transient operation of Solid Oxide Fuel Cell-Gas Turbine hybrid system, a novel control approach by combining multi loops with coordinated protection is proposed in this work. The can adjust behavior parameters on-line avoid undesired faults, such as compressor surge, reformer carbon deposition, fuel cell thermal crack turbine blade overheat....

Szabó József (1822–1894) emlékére. A szaknyelvújító és a magyar kőzettan megalapítója • In Memory of (1822–1894). The Reformer Technical Terminology and the Founder Hungarian Petrology