Hydrogen News
Platform
The hydrogen research platform of the European Commission was started on 20. and 21. January in Brussels. Commission president Romano Prodi was present, as was Maria da Graça Carvalho, Portuguese minister for science and higher education.
According to Prodi the event marks a milestone for hydrogen and fuel-cell stakeholders in Europe. It will be highly influential in bringing forward a radically new approach to the way we produce and use energy. The goal is for sustainable and clean energy to be the inheritance of all the world’s people by the middle of this century. And in order to achieve it we must move into higher gear now.
Minister da Graça Carvalho quoted a long series of research programs in Europe, but the European Union research on hydrogen is still perceived as fragmented, under funded and lagging behind the United States and Japan. The platform is to change this. The ten new member states are not only an expanded potential market, but contribute a very well educated population and a high research potential.

Conference
All parties agree that the First International German Hydrogen Energy Conference held in Essen on 11. and 12. February 2004 was a great success. The number of participants of almost 400 was above the expectations. All relevant aspects of a future hydrogen energy technology were discussed during the two conference days, from hydrogen production, transport, distribution, and storage to stationary, mobile, and portable applications. North Rhine-Westphalia's prime minister Steinbrueck and und Wolfgang Clement, federal minister for economy and employment, were patrons. North Rhine-Westphalia's energy minister Axel Horstmann, addressed the participants at the opening. An extra program for schools caused such a demand that not all could be invited.
This was the first time that such a meeting was held in conjunction with a conventional energy fair (e-world). Persons interested in existing energy technology had an easy access to future hydrogen applications. At the same time a signal was set that hydrogen is already a part of our energy technology.

California
Hydrogen fuelling stations every 20 miles on every California Interstate Highway was among the things Arnold Schwarzenegger promised during his campaign for the office of governor of California. Before the middle of this year specific plans how to do this will be presented. The head of the California Environmental Protection Agency, new appointed by Schwarzenegger, said that this would mean a network of 200 stations, causing total costs of the order of 100 M$ on the basis of estimates of 300 ... 500 k$ per station. 28 stations are already existing or being planned. The state hopes also for support from federal funds. The 20 mile grid would put at least one station in easy reach for the major part of the population. Other solutions would have to be found for the rural areas. (The Hydrogen & Fuel Cell Letter, January 2004)
While Schwarzenegger's forced introduction of hydrogen fuel does well agree with the ideas of his party friend in the White House, this is by no means the case concerning hydrogen generation. Bush intends to use coal, natural gas, and nuclear power to generate hydrogen, Schwarzenegger favors renewable energies.

Reformers
The company WS Reformer GmbH located in Renningen near Stuttgart has developed small plants generating hydrogen from natural or biogas. This brought the company under the 15 best of more than 300 applicants at the election for the Innovation Award of the German Economy 2003; this is organized annually by Wirtschaftswoche, an influential publication, and the Wirtschaftsclub Rhein-Main. The company was rated as one of the five most innovative start-ups. The reformers permit a distributed hydrogen production, be it in the basement of a home or at a filling station. WS Reformer has already equipped bus filling stations at Madrid and the Munich airport with devices. The Federal Research Institute for Agriculture at Brunswick is running reformer which converts biogas to hydrogen.
(Press release of 22. January 2004)

Merger
The French industrial gas company Air Liquide acquires the German company Messer Griesheim. The transaction has a volume of about 2.7 G€ and concerns Messer's business in Germany, Great Britain, and USA. The business will be finalized until the middle of 2004 as soon as the anti-trust authorities have approved it. It is likely that due to demands from this side Air Liquide will have to sell some parts of Messer Griesheim again.
n der Wettbewerbsbehörden wohl wieder verkaufen müssen.

Boats
Since 1998 the Institute for Energy and Energy Systems of the University of Applied Sciences of Western Switzerland develops fuel cell boats running on hydrogen fuel. Participating in the work are the Paul-Scherrer-Institute and the boatyard MW-Lind. The latest fruit of this work can now take four to six passengers on board and ferry them across Lake Neuchâtel. The boat is 7 m long and weighs 1500 kg. The two electro motors deliver 3 kW. This is enough for 12 km/h continuously and 18 km/h top speed. The intended application is for leisure trips on lakes and channels.

Filling Station
During the International German Hydrogen Energy Congress in Essen Air Products presented a mobile hydrogen filling station. Companies or research institutes developing or running fuel cell cars in pilot projects can so bridge hydrogen infrastructure problems in a flexible and economic way. The „Minifueler 100“ is a complete turnkey filling system with compact dimensions (1,2 x 1 x 2,3 m) which can be fed from any source. It is designed to serve between two and five vehicles per day. The type 200 has the double capacity.

Ethanol
Chemists from the University of Minnesota have presented an ethanol reformer with high efficiency. It is very small and portable, and the design is very simple. A catalyst based on Rhodium und Cerium is the key component. More than 95 % of the ethanol input are converted to hydrogen. For the operation of a vehicle this would mean an efficiency of 60 %. Large amounts of hydrogen can be produced easily because a contact time with the catalyst of 50 ms is enough. The only problem is that the reaction produces also carbon monoxide, known as catalyst poison.
(G. A. Deluga et al., Science 303 (2004) 993-7)


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