Since its inception, the EESC Lab has grown considerably in size, personnel and research mission. The lab encompasses over 2500 sq.ft. of lab space divided into three main labs:
- The Fuel Cell Dynamics and Diagnostics Laboratory (FCDDL)
The FCDDL continues to focus on novel diagnostics and measurement of heat and mass transport in polymer electrolyte fuel cells. - The Flow Battery Dynamics and Diagnostics Laboratory (FBDDL)
This laboratory focuses on design, optimization, and development of novel diagnostic tools for investigating transport phenomena in flow batteries - The Advanced Projects Laboratory (APL)
This laboratory is involved in a variety of other research thrusts on new and evolving technologies related to the electrochemical conversion of energy including hydrogen generation and waste disposal.
Presently, the labs are a highly interdisciplinary team and continue to expand. The interdisciplinary nature of the labs includes expertise in thermal-fluid transport, electrochemistry, nano and microfabrication, neutron imaging, chemical kinetics and reacting flows, and experimental design and testing. Please see the Facilities link to learn more about the specific facilities available for conducting research.
We are always looking for new opportunities or people with expertise in emerging areas. Please send Matthew Mench a note if you would like more information.
Oak Ridge National Lab
Additionally, Prof. Mench holds an appointment at ORNL which is equipped with a multitude of characterization equipment and a Fuel Cell Research Lab. Facilities include the Neutron Imaging Reactor, a vast array of materials characterization equipment, and interaction with a diverse staff set.
Through Mench’s joint appointment with the Oak Ridge National Laboratory (ORNL), students have access to perhaps the best energy and materials national lab facilities in the nation. Opportunities exist for joint fellowships and work within ORNL under Mench’s supervision at all levels.