PEFCs = Polymer Electrolyte Fuel Cells
澳洲5计划怎么看
Our high-performance catalysts enable reduced use of precious metals.
PEFCs provide high levels of power yet are small and light. They have become the focus of attention predominantly in connection with fuel cell electric vehicles (FCEV) and portable home power sources. There are high expectations for a new and environmentally-friendly power source utilizing the chemical reaction of hydrogen and oxygen.
We have combined precious metal catalyst technology and electrochemical technology, both developed over long years of research, to successfully develop highly activated catalysts for cathode and CO-tolerant catalysts for anode of PEFC.
| Product name | Pt content (wt%) | Carbon support |
|---|---|---|
| TEC10E40E | 40 | High surface area carbon |
| TEC10E50E | 50 | |
| TEC10E60TPM | 60 | |
| TEC10E70TPM | 70 | |
| TEC10V30E | 30 | VULCAN® XC72 |
| TEC10V40E | 40 | |
| TEC10V50E | 50 |
| Product name | PtRu content (wt%) | Molar ratio (Pt:Ru) | Carbon support |
|---|---|---|---|
| TEC61E54 | 54 | 1:1.5 | High surface area carbon |
| TEC62E58-HT | 58 | 1:2 |
* Orders also accepted for non-standard platinum content, carbon support and alloy catalysts
* VULCAN® is registered trademark of Cabot Corporation.
Applications
Polymer electrolyte membrane fuel cells, direct methanol fuel cells, gas diffusion electrodes, gas sensors, etc.
Principle and Composition of Fuel Cells
Platinum Catalyst (TEM image)
Performance of Platinum Catalysts as Cathodes
Anti-Co Poisoning of Pl/Ru Catalysts, as Anodes
