The power output of proton exchange membrane fuel cells (PEMFCs) is built upon the
uniform distribution of reacting gases and the mitigation of flooding of water on the cathode …

Electrochemical technologies that involve microorganisms are considered to be promising
for sustainable applications. Microalgae can be used for carbon capture through …

Direct methanol fuel cells can utilize a liquid methanol fuel directly, without the need for prior
reformation. This ability is highly advantageous when compared with other fuel cell …

Various operating conditions such asstoichiometric ratio, pressure, temperature, relative
humidity of reactants, and design parameters like aspect ratio, flow channel shape, depth etc …

This analysis is a three-pronged approach towards optimization of flow field geometry,
reducing cathode flooding and improving the performance of Proton Exchange Membrane …