Efficient parallel screening of combinatorial lib-ra ries is one of the most challenging aspects of the high-throughput(HT) heterogeneous catalysis workflow. Today, a number of methods have been used in HT catalyst studies, including various optical, mass-spectrometry, and gas-chromatography techniques. Of these, rapid-scanning Fourier-transform infrared(FTIR) imaging is one of the fastest and most versatile screening techniques. Here, the new design of the 16--channel HT reactor is presented and test results for its accuracy and reproducibility are shown. The performance of the system was evaluated through the oxidation of CO over commercial Pd/Al_2O_3 and cobalt oxide nanoparticles synthesized with different reducer-reductant molar ratios, surfactant types, metal and surfactant concentrations, synthesis temperatures, and ramp rates.
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SmartState Center for Strategic Approaches to the Generation of Electricity （SAGE）, Department of Chemical Engineering, University of South Carolina, Columbia, SouthCarolina 29208, USA;
