Proton exchange membrane (PEM) electrolysis provides a sustainable solution for hydrogen
generation. As one of the key components, flow field should be properly designed to help …

Hydrogen production from wind power has become one of the most important technologies
for the large-scale comprehensive development and utilization of wind power, but the …

A numerical study of the behaviour of the multiphase flow of an anode-porous transport layer
of an aqueous electrolyzer with a proton-exchange membrane (PEM) of an aqueous …

The flow field structure on the bipolar plate significantly affects the performance of the proton
exchange membrane electrolysis cell (PEMEC). This paper proposes a new interdigitated …

In this chapter, production pathways for ammonia are covered. Conventional production
methods and cleaner technologies are explained. Also, the clean production technologies …

As one of the main hydrogen production devices, the performance of the proton exchange
membrane electrolytic cell (PEMEC) is directly related to the geometric design of the flow …

Electro-dehumidification based on proton exchange membrane (PEM) is promising owing to
its compact assembly and convenient operation. By numerically improving the effects of …

Aircraft fuel tank inerting is employed to reduce the flammability of the fuel vapor in the
ullage (air volume above the fuel) by restricting its oxygen concentration to a safe value …

This paper presents the study on the impact of the operating parameters of a Polymer
Electrolyte Membrane (PEM) electrolyzer on its performance using the numerical simulation …

Predicting the dynamic multiphysics distribution of electrolyte membrane-based
dehumidification is critical but still challenging. This study established a 3-D multi-physics …