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Enhancing Interfacial Capacitance in Ionic Liquid Electrolyte Blends

This poster presents research on the improvement of capacitance in ionic liquid electrolytes by tuning electrochemical interfaces.
Publication Date
Authors
Author Name
Hrishikesh Tupkar
Author Organization
University of Wisconsin-Madison
Author Name
Jack Verich
Author Organization
University of Wisconsin-Madison
Author Name
Sila Alemdar
Author Organization
University of Wisconsin-Madison
Author Name
Jack McAlpine
Author Organization
University of Wisconsin-Madison
Author Name
Matthew Gebbie
Author Organization
University of Wisconsin-Madison

The acceleration of climate change due to carbon emissions has generated an imminent need to transition towards renewable energy sources. However, the intermittent nature of renewable sources like wind or solar energy necessitates breakthroughs in energy storage devices that can rapidly charge and discharge. This poster presents research on the improvement of capacitance in ionic liquid electrolytes by tuning electrochemical interfaces. These investigations into interfacial structuring can ultimately inform the design of ionic liquid-based electrochemical energy storage systems reliant on renewable energy sources.

 

 

Field of Interest
Chemical Engineering
Electrochemistry
Attachment
green-chemistry-for-sustainability-poster_0.pdf
Source
University of Wisconsin-Madison
Keywords
ionic liquids
supercapacitors
energy storage
Additional Guidance
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