Nicholas Gathergood, Technical University Tallin, Estonia
Nicholas Gathergood studied chemistry (BSc) at the University of Bath which included a one year industry placement at BP in Sunbury. He completed his PhD with Professor Richard J. Whitby entitled ‘Chiral cyclopentadienyl lanthanide and transition metal complexes’ at the University of Southampton. Postdoctoral research followed with a two year position at Aarhus University, working in Prof. Karl Anker Jorgensen’s group on asymmetric catalytic reactions. In 2001, he joined Prof. Peter J. Scammells and worked at Deakin University, Geelong and the Victorian College of Pharmacy, Melbourne for three years as a postdoctoral fellow. In Australia he worked as a synthetic medicinal chemist on an industry project for GlaxoSmithKline investigating applications of ionic liquid based technologies.
Nicholas became a lecturer in organic chemistry at Dublin City University in 2004 where he supervised 10 PhD students to completion. In 2015, he relocated to Tallinn University of Technology, Estonia as the ERA Chair of Green Chemistry. Currently, he is building a new team of talented young academics to promote a green chemistry philosophy throughout the Faculty, Estonia and internationally.
In Dublin, his endeavours led to Irish participation in the creation of the EuCheMS Division of Organic Chemistry and support for the EuCheMS Working Party of Green and Sustainable Chemistry. Between 2007 and 2010 he was Chair of the Society of Chemical Industry, Republic of Ireland section. In 2016 he was elected president of the EuCheMS Division of Green and Sustainable Chemistry. He has published over 50 publications including 8 book chapters. He has also co-edited a book, ‘The Role of Green Chemistry in Biomass Processing and Conversion’ published by Wiley. Editorial commitments include Associate editor for Sustainable Chemistry and Pharmacy and founding editorial board member for Current Opinion on Green and Sustainable Chemistry and Current Green Chemistry. His research interests include the design of safer chemicals, green synthetic methodology development and valorisation of chemicals from biomass.
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