Online Training 2016 - Palladium Coupling Catalysis - By Compliance Global Inc

Overview
The reaction scope and range of applicable conditions for Palladium Coupling Catalysis are covered to show how to avoid problems and optimize catalysis in typical small to commercial scales application.
Why Should You Attend
This webinar will be helpful for organic chemists or technical staff who are required to use palladium coupling catalysis in their work. No prior knowledge of organometallic chemistry is assumed. Experts should find some of the detailed examples useful.
Areas Covered in this Webinar
This webinar will examine the types of coupling partners that typically work well, together with the reaction conditions and catalyst choices specific to each variant. We look at how the reactions work and what steps may hold up its progress. Failure modes are discussed along with the counter-strategies appropriate to each. Unconventional methods are covered such as industrial microwave heating and use of cheap metals such as nickel.
Learning Objectives
Gain an improved understanding of Palladium Coupling Catalysis process
See numerous examples
Learn the problems that can arise and how to counter them
Gain confidence in the use of this highly valuable synthetic methods of organic chemistry
Who Will Benefit
This webinar will be helpful for organic chemists or technical staff who are required to use palladium coupling catalysis in their work. No prior knowledge of organometallic chemistry is assumed. Experts should find some of the detailed examples useful.
Speaker Profile
Bob Crabtree, educated at New College, Oxford with Malcolm Green, did his Ph.D. with Joseph Chatt at Sussex University and spent four years in Paris with Hugh Felkin at the CNRS. He has been at Yale since 1977, where he is now Whitehead Professor.
He has several awards?A.P. Sloan Fellow, Dreyfus Teacher-Scholar, ACS and RSC organometallic chemistry prizes, H.C. Brown Lecturer, Mack Award, Baylor Medal, Sabatier Lecturer?and has chaired the Inorganic Division at ACS. Early work on catalytic alkane C-H activation and functionalization chemistry was followed by H2 complexes, M-H...H-O,N dihydrogen bonding. His organometallic textbook and homogeneous hydrogenation catalyst have also proved popular. Currently developing areas are green and energy chemistry, notably water oxidation and CH hydroxylation catalysis.
He is a Fellow of the RSC, IUPAC, ACS and of the American Academy of Arts & Sciences. His career has emphasized homogeneous catalysis. He is or has been a consultant for numerous industries mainly on catalysis problems. He is the author of "The Organometallic Chemistry of the Transition Metals" now in its sixth edition.
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