Cyfleusterau

Mae'r cynnwys hwn ar gael yn Saesneg yn unig.

Our research facilities provide a superb environment for research excellence.

Cardiff University has invested over £20M in chemistry, alongside extensive support from research councils and industry,

We have all state of the art the analytical equipment and infrastructure you would want to find in a modern and dynamic chemistry department, covering all branches of core and interdisciplinary chemistry.

From the latest analytical techniques to expert scientific workshop capabilities, these facilities underpin and strengthen our teaching and research activities.

Mass spectrometry and chromatography

Our newly refurbished mass spectrometry suite provides a wide range of analysis across a spectrum of chemical disciplines.

Nuclear magnetic resonance

We are developing new chemical analysis techniques to discover revolutionary insights into chemical processes.

Electron paramagnetic resonance

Our cutting-edge techniques are developing high pressure and high temperature methods to tackle a full range of challenges.

X-ray diffraction

We have a variety of single and powder X-ray diffractometers capable of tackling the most challenging of problems.

General spectroscopy and solid-state characterisation

Our spectroscopic techniques and expert knowledge enables high quality chemical analysis.

High-performance computing

We have access to excellent high-performance computing facilities for theoretical chemistry studies.

Technical workshops

Our workshops contain the machinery and expert staff required to design, repair and fabricate specialist equipment.

New developments

Having occupied Cardiff University’s iconic Main Building since 1927, our School’s infrastructure will undergo a major transformation in early 2022 when the Cardiff Catalysis Institute relocates into the nearby Translational Research Hub (TRH) building on the new £300M Innovation Campus.

The TRH will bring together all catalysis researchers, co-housed in purpose designed laboratories to engender interdisciplinary research, including the computational modelling groups.