Find out more about Umicore’s technologies and services in our PMC blog, as we share insights from leading Umicore PMC figures into our cutting-edge product portfolio.
The transition to green energy is fundamentally changing the way energy is produced and stored, with hydrogen at the center of this development. Umicore aims to make a meaningful contribution to the realization of these future technologies by…
Proud to share the success of the 3rd Umicore Catalysis Symposium (UCS) hosted in Hanau. The symposium provided a unique platform for exchange, where attendees engaged heavily in productive discussions.
Our metathesis expert, Dr. Philip Wheeler, highlights retrosynthetic strategies toward 5- and 6-membered nitrogen heterocycles, including in the context of a commercial drug manufacturing process. "BEYOND MACROCYCLES - Bond Disconnections enabled…
Christophe Le Ret introduces new ligand catalytic systems that improve reaction efficiency. Few reactions are as essential to the modern chemicals industry as cross-coupling. As a synthetic tool, it provides a reliable and flexible route to …
About 50 scientists from Bay Area pharma companies such as Genentech, Gilead and many other smaller biopharmas attended the second UCS - Umicore Catalyst Symposium to listen, discuss and getting connected!
Christophe Le Ret discusses how Umicore’s catalyst portfolio and scientific expertise are driving transformational change for a better, more sustainable word. In the fight against climate change, catalyst technologies will play a significant role…
Viktoria Gessner and Angelino Doppiu shared their thoughts in The Medicine Maker on how industry and academia can work together to break down the silos and create a new R&D ecosystem where both sectors can thrive
At Umicore PMC, we are readily investing the latest innovations. Chemistry Today spoke with our Business Develop Manager, Philip Wheeler. Catalytic innovations continue to drive forward almost every corner of the modern chemical industry ....
Discover why pharmaceutical companies should consider cross-coupling for their synthetic processes. Powerful, simple and efficient, cross-coupling catalysis provides pharmaceutical development teams with an efficient way to generate carbon-carbon…
Hear from three experts on cross-coupling about how catalysis research is relevant towards the chemical industry. In this snippet from the Umicore PMC roundtable on cross-coupling catalysis, these three experts examine how industry and academia can…
Learn how catalyst businesses are supported by the pharmaceutical industry overcome modern challenges from Philipp Oczipka, Nilay Hazari and Viktoria Gessner.
Philipp Oczipka, Nilay Hazari and Viktoria Gessner discuss the future of cross-coupling chemistry and the implications it has for the chemicals industry.
Philipp Oczipka, Nilay Hazari and Viktoria Gessner explore how cross-coupling catalysis has changed in The Medicine Maker and Umicore PMC’s roundtable.
How can chemistry catalyse change and accelerate sustainable development? - Christophe Le Ret and Natalia Agüeros discuss Umicore’s approach to sustainable development in Chemistry World
Explore the foundations, importance and future of chemistries and industries that use both reduction and oxidation reactions, and discover how Umicore’s offerings can help enhance your processes.
Discover the chemistry behind Professor Viktoria Gessner’s YPhos ligands and find out what these phosphines can offer to your cross-coupling catalysis.
Alkene metathesis is an innovative catalytic reaction that provides a versatile method to build molecules through carbon-carbon bond formation. In this blog post, we’ll discuss the importance of this cutting-edge technology...
We hosted the inaugural ‘Umicore Catalysis Symposium’ featuring a renowned line-up of industry thought leaders where Philip Wheeler shared his insights into ‘Bond Disconnections Enabled by Metathesis’...
As part of Chemistry World’s digital supplement, Forefront of Pharma, our colleagues, Dirk Rickert and Philip Wheeler, shared their thoughts on Umicore’s closed-loop approach to catalysis...