Nanostructured precious metal catalysts for PEM fuel cells and hydrogen generators

Kauranen Pertti; Puhakka Eini; Mikael Bergelin; Keskinen Jari; Tapper Unto; Jan-Erik Eriksson; Valkiainen Matti; Peltonen Terttu; Rosenberg Rolf; Reinikainen Matti; Roozeman Robert

Nanostructured precious metal catalysts for PEM fuel cells and hydrogen generators

Kauranen Pertti, Puhakka Eini, Mikael Bergelin, Keskinen Jari, Tapper Unto, Jan-Erik Eriksson, Valkiainen Matti, Peltonen Terttu, Rosenberg Rolf, Reinikainen Matti, Roozeman Robert

Forskningsoutput: Kapitel i bok/konferenshandling › Kapitel › Vetenskaplig

Sammanfattning

Fuel cells and hydrogen generators are important electrochem. energy conversion devices for future energy technol. Fuel cells convert pure hydrogen or other hydrogen rich fuel into DC electricity. In a hydrogen generator, the reaction is reversed and water is electrochem. split into hydrogen and oxygen. During the last decade, polymer electrolyte membrane (PEM) based components have played a key role in both fuel cell and hydrogen generator development. The major conversion loss in a PEM fuel cell takes place on the oxygen redn. cathode and in a PEM hydrogen generator on the oxygen evolution anode. Mol. modeling has been combined with exptl. work in order to optimize nanostructured catalysts for both types of electrodes.

Originalspråk	Odefinierat/okänt
Titel på värdpublikation	Applied Material Research at VTT
Redaktörer	Valtion Teknillinen Tutkimuskeskus
Förlag	VTT
Sidor	30–39
ISBN (tryckt)	978-951-38-6311-1
Status	Publicerad - 2006
MoE-publikationstyp	B2 Del av bok eller annan forskningsbok

Citera det här

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title = "Nanostructured precious metal catalysts for PEM fuel cells and hydrogen generators",

abstract = "Fuel cells and hydrogen generators are important electrochem. energy conversion devices for future energy technol. Fuel cells convert pure hydrogen or other hydrogen rich fuel into DC electricity. In a hydrogen generator, the reaction is reversed and water is electrochem. split into hydrogen and oxygen. During the last decade, polymer electrolyte membrane (PEM) based components have played a key role in both fuel cell and hydrogen generator development. The major conversion loss in a PEM fuel cell takes place on the oxygen redn. cathode and in a PEM hydrogen generator on the oxygen evolution anode. Mol. modeling has been combined with exptl. work in order to optimize nanostructured catalysts for both types of electrodes.",

author = "Kauranen Pertti and Puhakka Eini and Mikael Bergelin and Keskinen Jari and Tapper Unto and Jan-Erik Eriksson and Valkiainen Matti and Peltonen Terttu and Rosenberg Rolf and Reinikainen Matti and Roozeman Robert",

year = "2006",

language = "Odefinierat/ok{\"a}nt",

isbn = "978-951-38-6311-1",

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booktitle = "Applied Material Research at VTT",

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TY - CHAP

T1 - Nanostructured precious metal catalysts for PEM fuel cells and hydrogen generators

AU - Pertti, Kauranen

AU - Eini, Puhakka

AU - Bergelin, Mikael

AU - Jari, Keskinen

AU - Unto, Tapper

AU - Eriksson, Jan-Erik

AU - Matti, Valkiainen

AU - Terttu, Peltonen

AU - Rolf, Rosenberg

AU - Matti, Reinikainen

AU - Robert, Roozeman

PY - 2006

Y1 - 2006

N2 - Fuel cells and hydrogen generators are important electrochem. energy conversion devices for future energy technol. Fuel cells convert pure hydrogen or other hydrogen rich fuel into DC electricity. In a hydrogen generator, the reaction is reversed and water is electrochem. split into hydrogen and oxygen. During the last decade, polymer electrolyte membrane (PEM) based components have played a key role in both fuel cell and hydrogen generator development. The major conversion loss in a PEM fuel cell takes place on the oxygen redn. cathode and in a PEM hydrogen generator on the oxygen evolution anode. Mol. modeling has been combined with exptl. work in order to optimize nanostructured catalysts for both types of electrodes.

AB - Fuel cells and hydrogen generators are important electrochem. energy conversion devices for future energy technol. Fuel cells convert pure hydrogen or other hydrogen rich fuel into DC electricity. In a hydrogen generator, the reaction is reversed and water is electrochem. split into hydrogen and oxygen. During the last decade, polymer electrolyte membrane (PEM) based components have played a key role in both fuel cell and hydrogen generator development. The major conversion loss in a PEM fuel cell takes place on the oxygen redn. cathode and in a PEM hydrogen generator on the oxygen evolution anode. Mol. modeling has been combined with exptl. work in order to optimize nanostructured catalysts for both types of electrodes.

M3 - Kapitel

SN - 978-951-38-6311-1

SP - 30

EP - 39

BT - Applied Material Research at VTT

A2 - Teknillinen Tutkimuskeskus, Valtion

PB - VTT

ER -