Toyota's innovative water-cooled hydrogen engine promises a greener future, but will infrastructure limitations put a damper on its potential?

A promising industrial process can turn crushed sugar cane waste into green hydrogen far more efficiently than previously ...

Oxygen evolution is considered one of the most energy-intensive steps in water electrolysis and is therefore a key factor for ...

In a press release, Gold Hydrogen says the three investors will help develop the regional market for low-carbon hydrogen. The ...

Adding hydrogen first, followed by oxygen, led to the fastest reaction rate. The hydrogen atoms would squeeze into the metal, then come back out when oxygen was added to produce water on the ...

THE inhibiting effect of hydrocarbons on the hydrogen–oxygen reaction was discovered during the course of a war-time study, described elsewhere 1, of the problem of exhaust flames from aero ...

Honda is testing its hydrogen-powered system for producing oxygen and electricity in space.

In the early 1970s, Spanish inventor Arturo Estévez Varela introduced a pioneering engine powered by water — a concept that ...

Water is split into oxygen gas and hydrogen ions at the negative end of the reactor, while a second reaction converts nitrates to ammonia and hydroxyl ions (OH-) at the positive end.

Hydrogen peroxide is a popular treatment in the world of alternative cancer treatments, but does it really work? Learn more about its side effects and why it may do more harm than good.

Among various hydrogen production pathways, thermochemical water splitting—which uses thermal energy to split water into hydrogen and oxygen—is considered particularly promising.

Since oxygen occupies 4 percent of the volume, and 2 moles of hydrogen sulfide reacts with 3 moles of oxygen to make sulfur dioxide and water, the amount of oxygen does not limit the reaction.