Future energy loss can be minimized to a greater extent via developing highly active
electrocatalysts for alkaline water electrolyzers. Incorporating an innovative design like high …

The relentless pursuit of sustainable and safe energy storage technologies has driven a
departure from conventional lithium‐based batteries toward other relevant alternatives …

This study outlines an approach for investigating centipede-type structured PVDF oxy-
tethered-styrene sulfonic acid (O-PVDF-t-SSA) proton exchange membranes, emphasizing …

Alkaline water electrolyzer (AWE) offers a unique solution for generating hydrogen (H 2) gas
via an electrochemical water-splitting process. The major drawback of the AWE is its …

The use of proton exchange membrane water electrolysis (PEMWE) for hydrogen production
is considered a promising technology due to its high theoretical current density, gas purity …

In response to the escalating global energy crisis and climate change, green hydrogen is
increasingly recognized as a clean energy solution. This study presents an innovative …

The endeavor to produce 100 tons/day of green hydrogen in Morocco is a target with
multifaceted challenges. The size of renewable energy and the electrolysis process …

Ru-based nanomaterials have a lot of potential as electrochemical hydrogen evolution
reaction (HER) catalysts; however, achieving a uniform dispersion of Ru nanoparticles on …

This chapter examines alkaline anion exchange membrane (AAEM) electrolysis, exploring
both its advantages and challenges. A comprehensive overview of the fundamentals of …