This project would develop a novel mixed amine solvent specifically designed for capturing >97 percent of the CO2 from natural gas combined cycle p…
The U.S. Department of Energy (DOE) is proposing to provide funding to Duke University to develop a structured framework for comprehensive evaluati…
Develop and test a bench-scale novel sorbent material system comprising a highly dispersed sorbent with integrated electrical heating for regenerat…
Funding will support the project's small-scale research and development activities to continue refining a virtual environment platform that can sup…
In October 2020, the U.S. Department of Energy’s (DOE) Advanced Reactor Demonstration Program entered into a cooperative agreement with TerraPower …
This project would develop a novel mixed amine solvent specifically designed for capturing >97 percent of the CO2 from natural gas combined cycle p…
Complete front-end engineering design (FEED) and develop cost estimate for CO2 capture from cement plant flue gas
Laboratory testing of a novel next generation non-aqueous solvent technology (GEN2NAS) in smaller footprint capture plants with rotating packed bed…
This project involves outdoor field work, laboratory work and computer modeling to study the way trees regulate their own water budget.…
The proposed research focuses on design, synthesis and characterization of new quantum materials mainly using neutron scattering.…