Filed under: Chemistry Professors, Group News, Science, Students | Tags: carbon dioxide, catalysis, Catalysis Science and Technology, Coordination Chemistry, Graduate Studies, green chemistry, Green polymers, Inorganic Chemistry, Publication, research, students
The RSC journal Catalysis Science and Technology has selected our paper on Cr-catalyzed CO2/epoxide copolymerization as a “Hot Article” for January. The paper describes work performed by Hua Chen during her M.Sc. studies with Dr. Kozak. Thank you Hua for your hard work on this paper and thanks to Louise Dawe, whose ninja-like crystallographic skills were vital to solving the structure of one of the catalysts discussed in the paper. Access to the article can be found here.
Filed under: Group News, Science | Tags: aluminum, biodegradable plastics, caprolactone, carbon dioxide, catalysis, chemistry, chromium, Coordination Chemistry, Green polymers, Publication, undergraduate research
Yesterday, the profs got good news from the publishers 😀
Dr. Kerton’s paper was accepted by Organometallics and Dr. Kozak’s paper was accepted by Dalton Transactions.
The Organometallics paper is about the synthesis and reactivity of some aluminum complexes. Some of the compounds were prepared for the first time by Marcus Drover (during his SWASP in summer 2010) and Stephanie Barbon (in summer 2011 as an NSERC USRA/ICE student). Kinetic studies were performed by Nduka on their activity in ring-opening polymerization of caprolactone. He also discovered that the chloride complex could initiate the copolymerization of carbon dioxide and cyclohexene oxide. http://dx.doi.org/10.1021/om300757u
The Dalton Transactions paper contains research results from Rebecca’s PhD thesis on copolymerization of carbon dioxide with propylene oxide and addition reactions between styrene oxide and carbon dioxide. This is the second paper published from the Kozak group Cr catalysts for this reaction (Paper 1: Inorg. Chem. 2012) and also builds on results obtained using related Co complexes (Catalysis Communications 2012).
A big thank you to Louise Dawe for her expertise in X-ray crystallography and to all the students involved!
Al complexes for ring-opening polymerization of caprolactone and activation of carbon dioxide
Green Chemistry @ MUN 