Abstract
Silver-containing ion exchangers with the surface distribution of silver nanoparticles—promising catalytic materials for the methanal oxidation reaction—have been synthesized by chemical deposition of the metal onto ion-exchange matrices. The resulting materials are evidently superior to the available analogues in that they allow one to carry out the reaction with the high conversion (80–90%) at low temperature and have a high capacity to OH– ions, which play a key role in the oxidation of an aldehyde to gaseous products (CO and CO2).
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