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A reformed methanol fuel cell based on intermediate-temperature molten proton conductor electrolyte

The main target of the MethCell project is to develop a functional reformed methanol fuel cell by combining and achieving three main research objectives:

  1. new generation intermediate temperature molten proton conductor electrolyte membranes,
  2. highly efficient methanol reforming catalysts operating at 200-250oC,
  3. low cost, corrosion resistant, metal bipolar plates.

Ακρωνύμιο: MethCell

Λογότυπο:

Project code: T7DKI-00365

Project Description

The main target of the MethCell project is to develop a functional reformed methanol fuel cell by combining and achieving three main research objectives:
(i) New generation Intermediate temperature molten proton conductor electrolyte membranes,
(ii) highly efficient methanol reforming catalysts operations at 200-250oC,
(iii) low cost, corrosion resistant, metal bipolar plates.

Partners

  1. Pleione Energy S.A.
  2. University of Patras / Department of Materials Science
  3. Shanghai Jiao Tong University

Project Coordinator

Name: George Avgouropoulos, Associate Professor

Phone: +30 2610 996 312

E-Mail: geoavg@upatras.gr

Address: Patras University Campus,
Patras, GR-26504
Greece

Research project co-financed by the European Regional Development Fund of the European Union and Greek national funds through the Operational Program Competitiveness, Entrepreneurship and Innovation, under the call "Bilateral and Multilateral RTD cooperation between Greece and China" (project code: T7EDKI-00365).

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