Jespersen, Daniel; Keen, Brockton; Day, Jon I.; Singh, Anuradha; Briles, Justin; Mullins, Duncan; Weaver, Jimmie D. published the artcile< Solubility of iridium and ruthenium organometallic photoredox catalysts>, HPLC of Formula: 370878-69-6, the main research area is solubility iridium ruthenium photoredox catalyst; Photocatalysis; heteroleptic; homoleptic; iridium; photocatalyst; photoredox; ruthenium; saturation; solubility; solvent.
Despite the exponential growth of the field of photocatalysis, for reasons that are not entirely clear, these precious photocatalysts are often used in the literature at loadings that exceed their maximum solubility On an industrial scale, the quantity of any precious-metal catalyst can be a substantial financial burden or a sourcing issue, not to mention concerns as to the ecol. and earth abundance of these catalysts. We believe that inattention to solubility has made these reactions appear less efficient than they actually are because much of the photocatalyst remains undissolved. Therefore, the maximum solubilities of iridium- and ruthenium-centered photocatalysts in industrially relevant solvents have been systematically identified. Furthermore, a literature photocatalytic reaction that our results suggested was beyond the maximum solubility has been revisited with interesting results.
Organic Process Research & Development published new progress about Photochemical redox reaction catalysts. 370878-69-6 belongs to class pyridine-derivatives, and the molecular formula is C33H21F3IrN3, HPLC of Formula: 370878-69-6.