Commonwealth Scientific and Industrial Research Organisation

Ceramic Fuel Cells Limited

Sukhvinder P Badwal

Anthony Ewart Hughes

Karl Foger

Michael J Bannister

Sarbjit Singh Giddey

Don Jaffrey

Fabio Tomasco Ciacchi

Xiao Guang Zheng

Aniruddha Kulkarni

Danielle Frances Kennedy

The present invention relates to processes utilizing hydrogen species selectively permeable membranes for synthesis of products. The present invention also relates to processes for synthesizing products from hydrogen insertion or hydrogenation reactions utilizing hydrogen species permeable membranes. The present invention also relates to processes for synthesizing ammonia utilizing hydrogen species selectively permeable membranes. The membranes provide surfaced modified membranes that can comprise a porous layer containing a plurality of reactive sites comprising a metal species and a catalyst for promoting a reaction within the layer.

Processes utilising selectively permeable membranes

Fuel cell interconnect device

A composite electrode material for use in solid electrolyte devices, which comprises a mixture of a noble metal and a semiconducting metal oxide with either electronic (n-type) or hole (p-type) conductivity.

Composite electrodes for use in solid electrolyte devices

An electrode for a solid electrolyte oxygen sensor, characterized in that the electrode comprises a surface layer on the solid electrolyte, said surface layer consisting of or containing a solid solution in urania of one or more other metal oxides with oxygen/metal atom ratio equal to or less than two, provided that at least one of said other metal oxides has an oxygen/metal atom ratio less than two.

Low temperature solid electrolyte oxygen sensor

Growing community of inventors

Mulgrave, Australia

Sukhvinder P Badwal