Hydrogen has gained tremendous momentum worldwide as an energy carrier to transit to a
net zero-emission energy sector. It has been widely adopted as a promising large-scale …

Flow field structure can largely determine the output performance of Polymer electrolyte
membrane fuel cell. Excellent channel configuration accelerates electrochemical reactions …

Two novel cathode channel designs (multi-plates structure channel and integrated structure
channel) are proposed and investigated by a three-dimensional multiphase numerical …

In order to solve the problems of non-uniform gas concentration distribution and serious
flooding in the parallel flow field of traditional PEMFC, a stepped flow field of PEMFC bipolar …

Bipolar plates are designed to provide structural rigidity to Proton Exchange Membrane Fuel
Cell (PEMFC) and contribute 80% of the total weight of the cell. Over 40% of the total cost of …

As a reaction to climate change, several countries have set decarbonization plans, in which
hydrogen and fuel cells play a central role. Due to its distinctive features, PEMFC is …

In the present study, a three-dimensional (CFD) model is performed to investigate the effects
of the channel cross-section shape on power density, pressure drop and local transport …

Power density of proton exchange membrane fuel cells (PEMFCs) can be enhanced by
optimal design of the shape and dimensions of bipolar plate channels. By introducing a …

In this study, the operating condition (operating temperature, anode pressure, cathode
pressure and current density) and channel structure (heights of channel inlet and outlet) of a …

Chlorophenols (CPs) are significant refractory pollutants that are highly toxic to humans and
other organisms. Reactive electrode membranes (REMs) show considerable potential in the …