European Federation of Corrosion EFC-Event No. 493
Please note, Marktheidenfeld is a tourist region, so the available hotel rooms are in high demand, please book your hotel room in time!
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High temperature corrosion studies are more relevant than ever to meet today’s challenges in energy production. Fundamental and applied research in this field plays an essential role in the successful shift from the conversion or combustion of fossil fuels to heterogeneous renewable fuels and renewable energies. Associated with the shift to renewable and carbon neutral processes are generally higher temperatures, novel process conditions and media such as salt melt exposures. Additionally, the common process gases and complex environments often change, sometimes with higher amounts of H2 or H2O. Therefore, it is essential to provide alloy designs that deliver stronger high-temperature oxidation and corrosion resistance, while retaining mechanical properties. Another approach to achieving these goals is the combination of load bearing substrates with advanced coatings.
| Alina Aguero | Instituto Nacional de Técnica Aeroespacial, Spain |
|---|---|
| Jan Froitzheim | Chalmers University, Schweden |
| Brian Gleeson | University of Pittsburgh, USA |
| Bronislava Gorr | KIT Karlsruhe, Germany |
| Shigenari Hayashi | Hokkaido University, Japan |
| Daniel Monceau | Cirimat, France |
| Hideyuki Murakami | NIMS, Japan |
| Makoto Nanko | Nagaoka University, Japan |
| Elizabeth Opila | University of Virginia, USA |
| Fernando Pedraza | University LaRochelle, France |
| Joy Sumner | Cranfield University, UK |
| Jan-Erik Svenson | Chalmers University, Schweden |
| Francisco Javier Perez Trujillo | University of Madrid, Spain |
| Mitsutoshi Ueda | Tokyo Institute of Technology, Japan |
| David J. Young | University of New South Wales, Australia |
| Jianqiang Zhang | University of New South Wales, Australia |
The lecture and poster programme is available as online version:
Oral and poster presentations to this workshop are invited to be submitted to a Special Issue in:
Please submit you paper: https://onlinelibrary.wiley.com/journal/15214176
Submission is open until the end of the year.
The workshop will – for the first time – take place in scenic Marktheidenfeld, located between Würzburg and Frankfurt, 90 km away from the Frankfurt International Airport. The conference hotel is right on the “Main” River and the venue is within walking distance to the heart of the village. This romantic old fishing town is surrounded by woods and vineyards and is also a great starting point for hiking trips. It is a perfect spot to experience heart-warming Franconian hospitality and the area’s long history and natural beauty. It is ideally located to enjoy Franconian wine and beer or to take a long stroll through the vineyards. Further attractions close by include an 18-hole golf course as well as a thermal spa and pool.
Hotel Zur Schönen Aussicht
Brückenstraße 8
97828 Marktheidenfeld
Phone: +49 9391 / 98550
Fax: +49 9391 / 3722
www.hotelaussicht.de
We offer a bus transfer on Monday, 25 September from Frankfurt/Main Airport (parking lot P 36) at 2 pm and from the DECHEMA-House, Theodor-Heuss-Allee 25, 60486 Frankfurt am Main at 2:30 pm to the conference hotel in Marktheidenfeld.
The parking lot at the airport is within walking distance from Terminal 1.
When you leave the airport reception hall you need to go right. It is signposted P 36.
Guests arriving at Terminal 2 take the airport shuttle bus to Terminal 1 and get off directly at P 36.
The bus from Marktheidenfeld to Frankfurt/Main Airport and DECHEMA on Friday, 29 September is leaving at the Hotel Zur Schönen Aussicht at 2 pm.
You can reach the hotel via the freeway A3 Nuremberg - Frankfurt.
Coming from the west or northwest, take exit 64 "Rohrbrunn" and follow the country road B8 for another 20km to Marktheidenfeld. Cross the old bridge over the river Main and you will find us directly after entering the town on the right hand side.
Coming from the south or east, leave the A3 freeway at exit 67 "Helmstadt" and follow the well-maintained B8 to Marktheidenfeld. After driving through the city center, you will find our house directly next to the old bridge over the river Main at the end of town.
Nearest airport - Frankfurt am Main
The airport is about 90 km away and can be reached by car in about 50 minutes. Car rental companies are available at the airport as well as in Marktheidenfeld.
There is NO train station in Marktheidenfeld. Nearest train station is in Lohr am Main or Würzburg.
Both Lohr am Main and Würzburg have a long-distance train station. You can easily use the public transport, a further journey is possible either by bus or also with a cab company.
We recommend to take the train to Würzburg and the bus number 633 form Würzburg to Marktheidenfeld.
If you are planning to travel to Marktheidenfeld by train and Bus, you may use the joint offer from Deutsche Bahn (DB) and DECHEMA and travel to our conference at a reduced fare starting from 51,90 € (one way).
Further information at http://www.dechema.de/en/train.html.
We recomment to book at the following hotels, of cource you may also check the hotel booking websites for more accommodation.
Please note, Marktheidenfeld is a tourist region, so the available hotel rooms are in high demand, please book your hotel room in time!
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Hotel Zur Schönen Aussicht
Brückenstraße 8
97828 Marktheidenfeld
Phone: +49 9391 / 98550
Fax: +49 9391 / 3722
www.hotelaussicht.de
Hotel Anker Josef Deppisch KG
Kolpingstraße 7
97828 Marktheidenfeld
Phone: +49 9391 60040
Telefax: +49 9391 600477
Email:
Stadthotel am Adenauerplatz
Luitpoldstraße 11
97828 Marktheidenfeld
Phone: +49 9391 9064810
+49 1590 6289036
Email:
Along with the workshop on Monday the second stakeholders workshop of the EU-Project COMPASsCO2 takes place:
COMPASsCO2 project website workshops/webinars dedicated page:
https://www.compassco2.eu/activities/workshops/
Topics of interest for discussion at the workshop include understanding and investigation of the underlying corrosion mechanisms through theoretical approaches such as thermodynamic, phase equilibria and diffusion calculations, modeling and data. Experimental validation is of course still essential, such as exposures in air at high temperatures and corrosive gases, salts and slags. This includes the effects of such environments on the growth and degradation of protective oxide scales, the changes in the subsurface scales and the influence on the mechanical properties. Advanced characterization and high-resolution methods such as atom probe or in-situ scanning electron microscopy studies can also prove fruitful for clarification of unknown degradation mechanisms. Finally applied and industrially relevant research relating to gas turbines or chemical plants associated with fuel changes, concentrated solar towers, heat exchangers, fuel cells and electrolyzers are of high interest.
All those interested in the workshop with or without a contribution are cordially invited to attend.
Mathias Galetz Dmitry Naumenko
DECHEMA-Forschungsinstitut Forschungszentrum Jülich
Frankfurt am Main Jülich
Image source: M. Thalheimer, DFI
