معرفی
Dr. Julien Doulcet is a Lecturer in the Department of Chemistry within the Faculty of Science and Technology at Lancaster University, UK. Appointed in July 2021, he leads research in sustainable synthetic organic chemistry methodologies, with particular expertise in catalysis using Earth-abundant metals. His work bridges fundamental organic chemistry with practical applications in sustainable synthesis and materials science.
Dr. Doulcet received his Masters degree in Chemistry from Ecole Nationale Supérieure des Ingénieurs en Art Chimiques Et Technologiques (ENSIACET) in Toulouse, France (2009), followed by a PhD from the University of East Anglia (2014) on 'Synthesis and multiple kinetic resolution of tetrathia[7]helicenes.' His postdoctoral career included positions at the University of East Anglia, University of Huddersfield, and Lancaster University before his current lectureship.
His research program focuses on developing innovative and sustainable synthetic methodologies, with three main thrusts: (1) Fe & photoredox dual-catalyzed reactions for C-C bond formation, (2) Ni catalysis for cross-coupling reactions, and (3) borane catalysts (Frustrated Lewis Pair catalysis) for hydrogenation reactions. This work addresses critical challenges in green chemistry by replacing precious metals with Earth-abundant alternatives while maintaining efficiency and selectivity. His recent publications demonstrate a clear evolution from his early work on helicene chemistry toward current research on sustainable catalytic methodologies for small molecule synthesis.
Dr. Doulcet actively supervises 6 postgraduate research students and participates in the Organic Research Group at Lancaster University. He regularly engages in chemistry outreach activities including multiple Aspirin Masterclass events scheduled through 2025. As a peer reviewer for EPSRC grants and participant in academic conferences like the RSC Organic Chemistry Community North West Regional Meeting, he contributes significantly to the broader chemistry community.
His research connects fundamental chemistry with practical industrial applications through collaborations with organizations like Infineum on 'post-polymerisation functionalisation of polyolefins' and participation in the GISMO (Greater Innovation for Smarter Materials Optimisation) program funded by ERDF, which focuses on valorisation of hydrogen waste streams. These industry-academic partnerships highlight the translational impact of his work in sustainable chemistry.
