1. Optimize the growth of algae in simulated wastewater using RAB reactor system with bubbling simulated flue gas and
The objective is to develop and test a transformational nano-confined ionic liquid (NCIL) membrane technology capturing ≥97 percent CO2 from natura…
Laboratory testing of a novel next generation non-aqueous solvent technology (GEN2NAS) in smaller footprint capture plants with rotating packed bed…
The University of Illinois will design, construct, and field test an engineering-scale carbon capture system to capture 2.5 tonnes/day CO2 from a f…
Expand the existing NETL electric vehicle charging stations, installing new charging station equipment, electrical cabling and signage.…
The University of Illinois will conduct a front-end engineering and design (FEED) study for a commercial-scale carbon capture retrofit at a domesti…
Install new roofing system on Building 167…
Administrative support for UIC Class VI application.…
Lab-scale research and development of CO2 capture components, technoeconomic analysis.…
Replace the exterior siding and roof.…