Comparative performance analysis of a direct ammonia-fuelled anode supported flat tubular solid oxide fuel cell: A 3D numerical study

Solid oxide fuel cells that are designed in different geometrical structures (planar, tubular, flat-tubular, etc.) dirt-free, quiet, and efficient run using fuels including contagions fuels. In this work, the performance of a 3D model direct ammonia feed anode supported flat-tubular solid cell having six supply channels was developed, investigated, elucidated numerically comparison with hydrogen at operating conditions COMOSOL Multiphysics. The finding study is revealed developed running better than one same dimensions parameters. It also confirmed has outstanding over corresponding tubular active surface area, gas channel length, conditions. Parametric sweep analyses have been performed on selected parameters outcomes working temperature amount reactant gases powerful impact performance. Thus, green auspicious, profitable candidate to use as carbon-neutral for near future.