Research Check-In Part 2

The current goal for my project is to synthesize a functional catalyst for the hydrogen oxidation reaction (HOR) of significant yield. Several mechanistic reaction pathways have been proposed, including methods used by lab members in past years, as well as methods from published literature. For each attempt to correctly synthesize the ligand (where the “ligand’ is a compound that will later be attached to a metal to make up the catalyst), I must perform the reaction, and then test it to see whether or not the reaction worked and whether or not I have truly synthetized what I’m looking for. The difficulty stems not from the reaction itself, but from the post-reaction purification step, which involves lengthy separation of the compound from any impurities.  From the set-up of the initial reaction, to testing the purity of the molecule post-separation, the entire process of synthesizing a ligand can take from a few days to a week. With every attempt, there always variables that can be tweaked to improve the conditions of the procedure and thus increase yield of the product.


  1. rtdeitch says:

    Hey Zach – what techniques do you typically use to remove impurities from your product? In my lab, we typically rely on extractions, columns, and the rotovap to remove impurities. Is there anything you typically try that is specific to inorganic chemistry (as opposed to organic)?

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