UK-based AFC Energy has signed a collaboration agreement with Rolec Services Limited for the design and distribution of integrated Electric Vehicle (EV) charging systems utilising the AFC Energy fuel cell system.
Hydrogen can be a central pillar for the long-term storage of renewable electricity production and both fossil and renewable production routes for hydrogen will most probably grow in parallel.
We have ambitious, but equally imperative goals to meet in our efforts to combat climate change and a pressing need to overcome our dependence on fossil fuels.
Our sun creates energy through the fusion reaction of hydrogen to form helium: that’s been going on for millions of years.
When thinking of hydrogen and its applications, the tendency is to jump from one end of the spectrum or to the other; used either as the key enabler in refining and chemicals operations, or as...
It’s widely known that the global demand for refinery hydrogen has been increasing at a significant rate over the past decade or more, due to a variety of factors from changes in available crude feedstocks...
Hydrogen production based on wind power can already be commercially viable today. Until now, it was generally assumed that this environmentally friendly Power-to-Gas technology could not be implemented profitably.
Imagine a time before petroleum and electricity – horse-drawn carriages dominated the highways and byways and candles provided artificial lighting. The world was transformed by fossil solutions in just a few centuries.
Although a relatively mature production process, steam methane reforming continues to be the leading, most common and economical way of producing hydrogen.
Safely used in industry for more than five decades, the world currently produces more than 65 million metric tonnes of hydrogen annually1 for use in more than a dozen industries.
