The main problem with traditional doping methods, like Sm 3+ doping CeO 2 (SDC), was that they did not allow enough ionic conductivity. Co-doping Sm 3+ and Cu 2+, on the other hand, does not just add ...

11 August 2004 – Australia’s Ceramic Fuel Cells Limited has established a presence in European order to market its efficient and clean energy-generating products using advanced solid oxide fuel cells.

LONDON (Reuters) - Ceramic Fuel Cells is confident of signing up more launch partners for its energy efficient technology for domestic boilers, after striking a deal with French utility giant Gaz de ...

Ceramic Fuel Cells Limited (CFCL), based in Melbourne, Australia has formed an alliance with USA based Precision Flow Technologies to manufacture and market solid oxide fuel cell test systems. Under ...

The material’s high proton conductivity and chemical stability at temperatures of 200–500 °C can pave the way for more durable fuel cells Fuel cells offer a promising solution for clean energy by ...

Tokyo Institute of Technology scientist have discovered a promising proton conductor for protonic ceramic fuel cells. Ba 2 LuAlO 5 “has a remarkably high proton conductivity, even without any ...

LONDON (Reuters) - Ceramic Fuel Cells has signed a deal with E.ON , the firm which runs UK utility Powergen, to develop domestic heating boilers that also generate power that can be fed back into the ...

Scientists from the Tokyo Institute of Technology (Tokyo Tech) and High Energy Accelerator Research Organization (KEK) have developed a highly oxygen-deficient perovskite for protonic ceramic fuel ...

1.0 Introduction -- 1.1 What is a Fuel Cell? -- 1.1.1 Comparison with Batteries -- 1.1.2 Comparison with Heat Engine -- 1.2 Why Do We Need Fuel Cells? -- 1.2.1 Portable Sector -- 1.2.2 Transportation ...

An international research group has developed a solid oxide fuel cell that may be used in vehicles. The monolith device has an active cell area of around 18 cm2 and was built through common ...