The CCR1000 is used as a mini-reactor (in-situ Raman cell) at the University of South Carolina to study heterogeneous catalysis.

The University of South Carolina was founded in 1805. It originated in one building and over the years has grown to have over 200,000 living alumni. These include the band Hootie and the Blowfish, Grammy award-winning musicians, and Tonique Williams-Darling, 400-meter Olympic gold medallist for her native Bahamas in the 2004 Games.

The university’s research initiatives in nanotechnology, health sciences, Future Fuels™, the environment, and information technologies have helped make it one of only 63 public universities listed by the Carnegie Foundation in the highest tier of research institutions in the United States.

Graduate student, Artem Vityuk and his colleagues are using Raman spectroscopy to study oxidation of CO over rhodium based catalysts in the Linkam CCR1000 cell. 

CCR1000 Linkam stage in the lab at the University of South CarolinaSamples are loaded into the CCR1000 in a nitrogen filled glove box as the catalysts are air and water sensitive materials. During the experiment a CO/O2/He mixture flows through the reactor cell. Catalysis by "single site" catalysts is of particular interest to the researchers as at this scale catalyst properties change drastically which often results in enhanced catalytic activity.

At the moment they are still on the trial and error phase but I look forward to hearing more about their experiments in the future.

By Caroline Feltham