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Christian Pichler will join IAP in October.

Christian will establish a new research sub-group on “Electrified Interfaces” as part of the Applied Interface Physics (E134-02) Group.

The image depicts a process scheme for the bio-electrochemical conversion of plastic waste into value added gaseous products and an illustration, showing the electrochemical double layer on catalytic surfaces and how additives can influence the ionic distribution.

© C. Pichler | IAP

The image depicts a process scheme for the bio-electrochemical conversion of plastic waste into value added gaseous products and an illustration, showing the electrochemical double layer on catalytic surfaces and how additives can influence the ionic distribution.

We are working on the development of novel functional materials and processes for:

  • Converting waste substrates into value added products
  • Improving energy storage systems
  • Power to X concepts

Our research combines aspects of surface physics, electrochemistry, catalysis and advanced surface analytics to understand the molecular surface mechanisms in catalytic reactions or energy storage systems.

This enables the transition towards sustainable industrial processes and the improvement ofenergy storage systems.

For more information please visit our group website, opens an external URL in a new window or contact Christian Pichler via E-Mail.