Welcome to the Hultzsch group!

The catalysis of chemical reactions plays a pivotal role in solving the challenges faced by chemical industry in the 21st century. Many chemical transformations become only possible by employing catalysts or their efficiency is significantly improved in comparison to the non-catalytic reaction, especially with regard to energy consumption, product selectivity, and prevention/reduction of stoichiometric reagents. New catalytic transformations can replace multi-step „classical“ reaction sequences with often significant reduction in the amount of waste generated (reagents, solvents, side-products). Catalytic processes can also often replace highly reactive and/or toxic reagents by less hazardous chemicals. Ideally, these processes should utilize environmentally benign, renewable feedstock. Catalytic chemistry makes significant contributions towards these goals of green chemistry and sustainable chemistry.

News

31.03.2021
 

Last year's paper ''Synthesis of Tetrahydroquinolines via Borrowing Hydrogen Methodology Using a Manganese PN3 Pincer Catalyst' was featured as a...

02.12.2020
 

On the last day of november, the group of Hultzsch-alumni could welcome its newest member as Leonard Homberg, or should we say Dr. Homberg,...

17.11.2020
 

Recently, the group of Hartwig published a remarkable Iridium-catalysed hydroamination of ammonia surrogates to internal alkenes ('Catalytic...

22.10.2020
 

After successfully finishing his Master thesis in our group, Christoph has rejoined the institute to continue his efforts towards new and efficient...

28.09.2020
 

Our newest work 'Synthesis of Tetrahydroquinolines via Borrowing Hydrogen Methodology Using a Manganese PN3 Pincer Catalyst' has been published in...

07.09.2020
 

On the 7th of september, Christoph Bendl succesfully defended his Master thesis entitled 'Synthesis of a Chiral Mn(I)-Pincer Complex and its...