Electrochemical hydrogenation reactions gained significant attention as a sustainable and
efficient alternative to conventional thermocatalytic hydrogenations. This tutorial review …

Green hydrogen (H 2) production through hydrogen evolution reaction (HER) via water
splitting is deemed an efficient and sustainable fuel or energy carrier without environmental …

Electrochemical hydrogenation reactions offer a green and sustainable production pathway
for both bulk and fine chemicals employed in the modern chemical industry. However …

Pt‐group elements are the state‐of‐the‐art electrocatalysts for various fuel cells. However,
their CO‐poising is a critical hitch for large‐scale applications, so the researchers are …

Electrosynthetic processes powered by renewable energy present a viable solution to
decarbonize the chemical industry, while producing essential chemical products for modern …

Electrosynthesis has the potential to revolutionize industrial organic synthesis sustainably
and efficiently. However, high cell voltages and low stability often arise due to solubility …

Shape optimization of flow fields for electrochemical cells is performed. Simulation models of
the flow field are introduced with and without the porous transport layer. The latter model is …

Electrocatalytic hydrogenations (ECH) enable the reduction of organic substrates upon
usage of electric current and present a sustainable alternative to conventional processes if …

Carbon dioxide electroreduction (CO2R) is a promising technology for mitigating industrial
CO2 emissions and generating valuable chemicals using renewable energy sources …

Electrochemical hydrogenations are considered a sustainable alternative to classical
thermocatalytic processes prevalent in industrial conversions. Using a base metal sulfide of …