ASU

Arizona Institute for Renewable Energy
(AIRE)
AIRE | Photovoltaics | Bioenergy | Electrochemistry | Materials | Testing | Resources | Outreach | Contact
 
Multi-Junctions,
Theory, Low Cost
Biofuel, CO2 Reduction,
Bio-inspired Constructs,
Biomemitic Catalysts,
Methanogenesis
Fuel Cells, Borohydrides, Catalysts, Ionic Liquids,
Si-Electroplating
II-IV-V Semiconductors, Nanowires, Metal Complexes
Certification, Fuel Cells, Training, Outreach
Know-How, Library, Education
AZ Solar, Forums, Media


Developing New Catalysts

 
Electrochemical surface
stress monitoring
Electronic structure algorithms for the efficient study of catalysts
electrochemicl surface stress monitoring electronic structure algorithms for the efficient study of catalysts
Electrocatalyst Stability : Oxygen reduction catalysts have limited stability
 
Membraneless Fuel Cell Architectures
  • Wide temperature range of operation
  • Wide section of fuel sources
  • low Pt loading
  • High power density

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