Structure/activity relationships in heterogeneously catalysed selective hydrogenation reactions of relevance to agri-chemical production chains
A recently completed industrially sponsored Ph.D. project, concentrating on the kinetics and hydrodynamics of nitrile hydrogenation, has enabled a catalyst specification to be defined that supports high amine selectivity and extended catalyst lifetimes. A follow-on Ph.D. project is available for commencement in October 2022 that represents a further collaboration between the industrial partner and the University of Glasgow. The new project will build on the previous work by developing structure/activity relationships of the principal surface-mediated processes responsible for sustained product yields for a further series of nitrile hydrogenations relevant to large-scale agri-chemical production.
For more informationĀ and to apply visitĀ https://www.findaphd.com/phds/project/phd-in-chemistry-structure-activity-relationships-in-heterogeneously-catalysed-selective-hydrogenation-reactions-of-relevance-to-agri-chemical-production-chains/?p142145