Thursday, June 6, 2013: 9:20 AM
Ballroom A (Galt House Hotel)
By multiscale modeling it is found that in Fischer-Tropsch synthesis by Ruthenium the dominant reaction pathway towards hydrocarbons involves CO dissociation followed by CH+CH coupling. In the alternative mechanism involving CO insertion into growing chains prior to C-O cleavage, methane will be the dominant reaction product.
Extended Abstracts:
- abstract_ivo_filot_toward_a_microkinetic_model_for_fts.pdf (72.6KB) - Extended Abstract