Zinc-air batteries (ZABs) are a prospective energy storage technology that has attracted
increasing interest for their high energy density, cost benefits, and safety, as well as their …

Electrochemical energy conversion is an important supplement for storage and on-demand
use of renewable energy. In this regard, microfluidics offers prospects to raise the efficiency …

Membraneless electrolyzers (MEs) are an exciting emerging technology for efficient
hydrogen production, chemical production, and carbon capture. Unlike conventional …

Membrane-less electrolyzers utilize fluidic forces instead of solid barriers for the separation
of electrolysis gas products. These electrolyzers have low ionic resistance, a simple design …

Electrolysis efficiency is significantly hindered by the bubbles on the electrode surface.
Therefore, understanding the bubble evolution process is vital to achieve faster detachment …

Understanding and controlling hydrogen bubble growth and detachment during water
electrolysis is crucial for improving its efficiency. This study investigates bubble dynamics for …

The deactivation of the reaction surface caused by bubble covering is an important factor
that causes the decrease in the efficiency of water electrolysis. By combining an …

Alkaline water electrolysis systems have the potential to facilitate the transition toward
environmentally friendly energy storage in the form of hydrogen considering their …

The transition towards a sustainable energy landscape necessitates efficient and scalable
technologies for renewable energy storage. Water electrolysis, a process that converts …

Hydrogen production through water electrolysis is a clean option for storing energy from
renewable sources. Low-cost hydrogen production requires efficient water electrolyzers that …