by Hydrogeit | Jul 4, 2016 | worldwide
Sometimes, the F-Cell was parked for weeks, © Wenger
People need to experience electric transportation on their own, something which is true for drivers of both battery and fuel cell cars. At least an adequate number of purely battery-driven vehicles have already made it onto the public roads in Germany. But how can people today gather their own personal experiences of driving fuel cell vehicles? (more…)
by Hydrogeit | Jul 4, 2016 | Europe
Meziane Boudellal
In the 1960s and 1970s, France’s industry and research departments used to be very proactive in fuel cell development. Then, 1974 came to pass and with it the slogan of “all-electric, all-nuclear” (tout-éléctrique, tout-nucléaire). The number of fuel cell projects fell drastically and remained at its low level until about the end of the 1990s. In the meantime, a great many subsidies have gone into nuclear industry developments: Billions were and are being spent through CEA (Commissariat à l’Énergie Atomique) in this field. (more…)
by Hydrogeit | Jul 4, 2016 | Europe
Prof. Paschereit at his test stand, © TU Berlin
The hope for future power plants has a name: BlueStep. A prototype at the Technical University of Berlin burns hydrogen and oxygen with the help of wet air – or, in other words, with the help of wet steam. The project’s predecessor, Greenest, which was launched with the same intention of advancing the development of low-emission plants, also injected steam into the combustor of a gas turbine. This so-called “wet combustion” (more…)
by Hydrogeit | Jul 4, 2016 | Germany
Simulated H2 distribution, © Schmuecker
“Regenerative fuel gases” like hydrogen generated through electrolyte processes constitute new product offerings in transport and trade. They create new material and energy flows and alter the product portfolio of the energy industry. Both materials and energy are traded and distributed. In Germany, these transactions require metering devices that have undergone official calibration (more…)
by Hydrogeit | Jul 4, 2016 | Germany
Schema of the combinatorial co-sputtering, © RUB, WdM
The NEMEZU project launched at the beginning of 2016 is expected to develop high-throughput methods to screen new types of material combinations quickly but close to a real-life fuel cell environment. This project is planned to map the entire supply chain involved in producing alkaline fuel cells – from electrolyte materials (more…)
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