Develop and demonstrate a field deployable, multifunctional smart pavement system made from domestic coal-derived solid carbon materials.…
This project will develop at bench scale advanced lithium-ion battery (LIB) anodes from lignite-derived carbon materials.…
Subtask 4.4-Drilling and completion of three characterization wells to demonstrate the subsurface of the Kemper Facility has potential to store com…
Bench-scale research seeking to optimize SOFC and BOP components; heat exchangers, steam reformers, interconnects, and manifolds. A 7kW prototype w…
Development of Tailored Fiber Placement, Multi-functional, High-Performance Composite Material Systems for High Volume Manu... …
Administrative and project management activities, computer modeling and analysis; laboratory testing; field characterization and monitoring activit…
Columbia University will conduct laboratory scale research to prepare and characterize fiber-encapsulated solvents for direct air capture of carbon…
To design and develop a 20kW range small-scale SOFC power system for applications such as data centers and commercial buildings.…
The objective of this project to develop a solid sorbent, based on a novel mesoporous poly(vinylamine) aerogel, for direct air capture of carbon di…
Demonstrate the performance of a novel water-lean solvent for post-combustion removal of CO2 from coal and natural gas derived flue gas.…