Troels Skrydstrup Group

  • Using gaseous molecules in combination with transition metals.
  • Utilizing two-chamber set-up for preparing and using hydrogen, CO2, CO, ethylene and more.
  • Using CO2 as a useful building block for important compounds used on an industrial scale.


(Ill: Henning Larsen Architects)

2018.07.06 | iNano

Aarhus University selected as the first Danish ‘lighthouse’ research environment in Lund

Denmark has invested billions of DKK in state-of-the-art research facilities around the European Spallation Source (ESS) near Lund in Sweden. Bo Brummerstedt will now be the first research director of a Danish lighthouse environment that will work towards realising the ambitions behind the huge Danish investment. The appointment is accompanied by…

Schematic representation of the albumin molecule engaging with the neonatal FcRn receptor. Graphics supplied by Albumedix Ltd.

2018.06.29 | iNano

New cancer target identified for albumin enabled anti-cancer therapeutics

Researchers from the NanoPharmaceutical Lab at the Interdisciplinary Nanoscience Center (iNANO) Aarhus University led by Associate Professor Ken Howard, together with researchers from Albumedix Ltd., have identified a novel target in several cancer types that may pave the way for efficient delivery of drugs into cancer cells using the blood…

tert-Butyllithium is pyrophoric and using it may be dangerous. AU scientists develop improved and safer protocol. (Photo: Org. Proc. Res. Des, DOI: 10.1021/acs.oprd.8b00151)

2018.06.21 | iNano

AU scientists develop safer method for handling high-risk reagents

Pyrophoric chemicals like tert-Butyllithium are used on a daily basis in many laboratories. These reagents are very sensitive towards air and moisture, and serious accidents have occured when handling the reagents inappropriately. CADIAC scientist has developed an important improvement in the protocol, which makes it safer for also undergraduates…

Assoc. Prof. Jeppe Vang Lauritsen and Prof. Bjørk Hammer, Aarhus University, publish in Nature Communications on how MoS2 -based catalysts are suitable for removing Sulphur from crude oil.

2018.06.08 | iNano

Catalysts for Reduction of Sulphur Emissions under Pressure in Nature Communications

Strict regulations for Sulphur emissions call for improved catalytic processes of reducing Sulphur content in crude oil. A publication in Nature Communications by Jeppe Vang Lauritsen and Bjørk Hammer, Aarhus University, shine light on how MoS2-based catalysts are able to remove Sulphur.

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