Abstract
Abstract Dehydrosulfurization of 3-mercaptopropionic acid has been investigated in a fixed bed reactor using a silicalite catalyst in order to recover the hydrocarbon core. Under reductive conditions, acrylic acid was formed in high yield at 350 °C and atmospheric pressure as the desired product along the toxic H 2 S, whereas, carrying out the reaction in the presence of air, safer dihydrogenpolysulfides resulted as the co-product.
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