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10 September 1997

Johnson Matthey Welcomes New Fuel Cell for Combined Heat &Amp; Power Applications

On the 25th August, Ballard Generation Systems Inc., a joint venture between Ballard Power Systems Inc. of Vancouver, Canada and GPU International Inc., a major international electricity generating company based in New Jersey, USA, announced the successful start-up of a prototype natural gas fuelled Proton Exchange Membrane (PEM) Fuel Cell power plant.

At the heart of this 250 kilowatt power plant is the largest PEM fuel cell ever manufactured. The fuel cell uses electrodes and platinum catalysts manufactured by Johnson Matthey in the UK and developed under a joint R&D collaboration between Johnson Matthey and Ballard Power

Systems. Commenting on this important development Jack Frost, Johnson Matthey's Fuel Cell Business Manager said:

"Ballard are to be congratulated on this world leading achievement. To-date exciting developments in PEM fuel cell technology have been mainly in transport applications, where Ballard Power Systems has pioneered fuel cell development for buses and cars. Ballard has an important joint-venture with Daimler-Benz which plans to commercialise fuel cell engine systems for use in vehicles early in the next century. The Ballard Generation Systems development is very exciting because in larger, stationary power plants the high operating efficiency of the fuel cell can compensate for its initially higher capital cost, allowing earlier commercialisation of this important, environmentally friendly technology. Ballard are confident that capital costs will eventually be fully competitive with current methods of power generation."

"Manufacturing high performance fuel cell electrodes of the size required for this application required a major development effort by Johnson Matthey and Ballard Power Systems to perfect advanced catalysts and automated electrode production processes".

"The Ballard Generation Systems natural gas fuelled PEM fuel cell technology is particularly suited to Combined Heat & Power (CHP) applications. This is important in the UK where deregulation of energy markets has enabled CHP to become an established part of the power generation mix. By being more energy efficient, CHP helps reduce carbon dioxide emissions and in recognition of this the UK Government has targets to install 5,000 MW of CHP capacity by 2000 and 10,000 MW by 2010. The Deputy Prime Minister, John Prescott, has recently been promoting the government's strong commitment to CHP and encouraging its use by British industry. Johnson Matthey has a long standing commitment to fuel cell technology and we believe that fuel cells can play an important role in helping the Government's targets to be met".

Enquiries:
Johnson Matthey
Ian Godwin
Group Public Relations Manager
+44 (0)171 269 8410