Project Info
Energy storage with proton-conducting ceramics
Neal Sullivan | nsulliva@mines.edu
In this project, we seek to harness renewable solar and wind power to drive electrochemical synthesis of high-value chemicals. The process effectively stores solar and wind power in the form of chemical bonds and fuels, including hydrogen, methane, and ammonia.
More Information
http://cfcc.mines.edu/CSM-Wins-Three-Year-Program-on-Protonic-Ceramics-for-Energy-Storage
Grand Engineering Challenge: Make solar energy economical
Student Preparation
Qualifications
Interest in materials and energy storage.
Time Commitment
30 hours/month
Skills/Techniques Gained
Ceramic processing; materials characterization through electron microscopy, x-ray diffraction; electrochemical-performance testing; laboratory practices.
Mentoring Plan
The student will be part of a team of researchers including fellow undergraduates, graduate students, post-doctoral fellows, research professors, and academic faculty. The team is large and diverse, and can provide much support for student learning and engagement.