What Is Ceramic Fuel Cells

Cfcl was developing sofc products for small scale on site micro combined heat and power m chp and distributed generation units that co generate.

What is ceramic fuel cells.

Cfu was an australian fuel cell technology company based in melbourne. In that world a ceramic fuel cells solution has no viable place as solar and pv have eliminated the need to import any fossil fuels while ceramic fuel cells product relies on a fossil gas connection at 350 service fee per year. Ceramic fuel cells limited develops solid oxide fuel cell sofc technology which provides electricity from available natural gas and renewable fuels. In 2014 the company had sold 210 units of their fuel cell system with a total of 500 deployed units and 2014 revenues of 4 9 million for the company on losses of 17 million.

The first problem with ceramic fuel cells bluegen offering is that it s a fossil fuel generator. Cfcl s developed solid oxide fuel cell sofc technology to provide reliable energy efficient high quality and low emission electricity from natural gas and renewable fuels. A proton ceramic fuel cell is based on ceramic electrolyte materials that exhibit high protonic conductivity at high. Because sofcs are made entirely of solid materials they are not limited to the flat plane configuration of other types of fuel cells and are often designed as rolled tubes.

Ceramic fuel cells ltd asx. Ceramic fuel cells are a type of high temperature fuel cell that operates over 800 degrees c. Bluegen is powered by the fully integrated fuel cell module which by using solid oxide ceramic fuel cells ranks among the most efficient energy conversion systems currently available on the market. Solid oxide fuel cells sofcs use a solid material most commonly a ceramic material called yttria stabilized zirconia ysz as the electrolyte.

This high temperature allows the use of inexpensive catalysts such as nickel in contrast to. The research on ceramic fuel cells and gas separation membranes focus on development of new electrode and membrane materials novel processing of composite electrodes transport and structure property relationship the chemical and mechanical durability of materials and coatings for metallic interconnects. Fuel cells ceramic fuel cells are now available based on the use of zirconia as an oxygen ion conductor. The waste heat of bluegen produced by the process of generating electricity can optionally be used to heat water.

It is anticipated that devices such as ceramic fuel cells will have a major influence on the supply of clean power in the future.