Electrocatalysis of small gas molecules driven by renewable energy sources offers a
promising route to carbon-neutral fuels and chemicals. Such small-molecule conversion …

Proton-exchange-membrane water electrolyzers (PEMWEs) produce high-purity H2,
withstand load fluctuations, and operate with a pure-water feed but require platinum-group …

Conspectus Nanomaterial science and electrocatalytic science have entered a successful
“nanoelectrochemical” symbiosis, in which novel nanomaterials offer new frontiers for …

Water is the renewable, bulk chemical that nature uses to enable carbohydrate production
from carbon dioxide. The dream goal of energy research is to transpose this incredibly …

A grand challenge for proton exchange membrane electrolyzers is the rational design of
oxygen evolution reaction electrocatalysts to balance activity and stability. Here, we report a …

Hydrogen is the most preferred choice as an energy source to replace the nonrenewable
energy resources such as fossil fuels due to its beneficial features of abundance …

To date, only a few noble metal oxides exhibit the required efficiency and stability as oxygen
evolution reaction (OER) catalysts under the acidic, high‐voltage conditions that exist during …

There is still an ongoing effort to search for sustainable, clean and highly efficient energy
generation to satisfy the energy needs of modern society. Among various advanced …

Abundant availability of seawater grants economic and resource‐rich benefits to water
electrolysis technology requiring high‐purity water if undesired reactions such as chlorine …

The development of advanced chemical-to-electrical energy conversions requires fast and
efficient electrocatalysis of multielectron/multiproton reactions, such as the oxygen reduction …