The isomerization of n-hexane, a model reaction for naptha reforming, is an industrially important multi-product reaction. The goal of studying this reaction, as with any heterogeneous catalysis reaction, is to concurrently optimize catalytic activity and selectivity. Hydrocarbon reforming catalysts normally consist of platinum metal, alloyed with small amounts of other metals to increase activity, which are impregnated into an acidic support (often zeolites). We aim to study the individual components of this complicated catalytic system through the use of careful colloidal synthesis, in-depth characterization, and catalytic studies at industrially relevant conditions, all of which can help elucidate the molecular level information of this important reaction. 

Model nanoparticle and zeolite catalyst for the high selectivity isomerization of n-hexane

248th National Meeting (2014)

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