Researchers have developed a manganese-doped nickel selenide electrocatalyst that undergoes reversible dynamic phase transitions to boost urea oxidation and durable hydrogen production.
The efficient production of valuable multicarbon (C2+) chemicals via direct electrolysis of dilute CO2 derived from industrial flue gases is a ...
Researchers developed fluorinated ligand-modified copper catalysts that achieved a 67.9 percent Faradaic efficiency for ...
Scientists have created a 3D model that identifies the critical bubble size to prevent huge energy losses in green hydrogen ...
Green hydrogen production has a bubble problem—new model reveals threshold for steep energy losses
A collaboration between researchers at Cornell and City University of Hong Kong has produced a new computational tool that could help overcome one surprisingly persistent obstacle to the efficient ...
This note is intended for those who, while studying electrochemistry for the Third-Class Chief Electrical Engineer ...
UNIST researchers developed an iron-ruthenium electrolysis catalyst that beats platinum, cutting voltage to 1.66V and running 1,100 hours.
Metacon will contribute to the further development and optimisation of AEM based electrolyser technology, including catalysts for the oxygen and hydrogen evolution reactions that do not depend on ...
When the topic of ‘electrolysis’ is mentioned, people typically think of just splitting plain old dihydrogen monoxide (hydric acid: H 2 O) into its constituent atoms, but this barely scratches the ...
Researchers developed a high-performance catalyst from lignin waste that enhances oxygen evolution in water electrolysis, offering a sustainable and efficient route toward large-scale clean hydrogen ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results