The traditional applications of hydrogen are in ammonia production, oil refining, float glass manufacture and the electronics sector, in the semiconductor production process.
Take 10 minutes out with Adam Bond, CEO of AFC Energy, who tells us a little about the company, the confidence in second generation fuel cells, and the development of the hydrogen economy as a...
With the date set for Britain’s referendum on whether to stay within the European Union (EU) or withdraw its membership – the so-called ‘Brexit’ – and renewed talk of a ‘Grexit’ as finance ministers further...
Hydrogen is often considered to be the energy carrier of the future by many industrial companies. Although the oldest and most common element in our universe, there are no natural hydrogen deposits, and so the...
Imagine taking surplus renewable energy, water and ambient air and using them to produce hydrogen or hydrocarbons. Now flick a switch and use cheap natural gas or biogas to generate electricity. Imagine being able to...
ITM Power plc designs and manufactures rapid response PEM electrolysers for efficiently converting surplus electrical energy into chemical energy in the form of hydrogen, for energy storage and clean fuel.
Hydrogen is the most abundant element in the universe whether measured by mass or number of molecules, and is also number one in the industrial gas world based on the number of molecules produced.
Consisting of a single electron orbiting a single proton, hydrogen is the simplest element in the universe – but this simple element can release almost three-times more energy than natural gas. The fact that hydrogen...
As gasworld prepares to return to Europe for its next industrial gas conference, a complex economic and industrial landscape exists in the region. Western Europe continues to bear the brunt of external economic headwinds.
Just as industrial gases are at the heart of so many industries, so too are gas analysis and control technologies.
