The fuel cell can trace its roots back to the 1800s when a Welsh-born, Oxford-educated barrister, Sir William Robert Grove, realized that if electrolysis, using electricity, could split water into hydrogen and oxygen, then the opposite would also be true. Grove subsequently built a device that would combine hydrogen and oxygen to produce electricity—the world’s first gas battery, later renamed the fuel cell. (more…)
Alkaline fuel cell, often known as the Bacon fuel cell following the British inventor’ name. It has become the most created fue ...
Fuel cells are typically classified according to type of electrolyte. While many varieties of fuel cells have been demonstrated ...
A fuel cell is an electrochemical device that combines hydrogen with oxygen to generate electricity, heat and water to produce. ...
Polymer Electrolyte Fuel Cells have high-power density, rapid startup, and low-temperature operation (around 80 to 120 C), and ...
The most commonly researched and most developed application of using hydrogen as a fuel source is in conjunction with a hydrogen fu ...
Scientists at the Carnegie Institution have found that using a high pressure can create a very unique material for storing hydrogen. The discovery opens the door to a whole new way of addressing the problem of hydrogen storage.
Researchers have found that xenon, a noble gas that normally is not reactive, combines with molecular hydrogen (H2) under pressure to form a compound previously unknown. (more…)
Researchers at the Institute of Chemical Technology have developed a new catalyst that allows to obtain, from bioethanol, hydrogen ...
The issues of hydrogen storage run through the hydrogen production, hydrogen transport, supply and demand for end use of hydrog ...
With ethanol’s future uncertain, many commentators see the transportation debate evolving into a war between two other technologies ...
An important element for the entire infrastructure of hydrogen energy infrastructure is having hydrogen delivery system the saf ...
Hydrogen has many applications when it comes to fuel. It can be used both in internal combustion engines and hydrogen fuel cells. ...
The issues of hydrogen storage run through the hydrogen production, hydrogen transport, supply and demand for end use of hydrogen as an energy sources. (more…)
With ethanol’s future uncertain, many commentators see the transportation debate evolving into a war between two other technologies ...
Hydrogen has many applications when it comes to fuel. It can be used both in internal combustion engines and hydrogen fuel cells. ...
Scientists at the Carnegie Institution have found that using a high pressure can create a very unique material for storing hydr ...
Most production systems try to become first full-scale production begins as small toys and devices of concept. The Horizon hydr ...
Researchers at the Institute of Chemical Technology have developed a new catalyst that allows to obtain, from bioethanol, hydrogen ...
