Experimental kinetic studies deal with complex reaction networks, whereas computational studies can provide energy barriers, reaction energies and pre-exponentials for individual reaction and adsorption steps. If made with sufficient, i.e.…
FlowNMR spectroscopy is a powerful technique for gaining insight into dynamic reaction systems in their native environment, allowing the observation of subtle reagent interactions, fleeting intermediates, and steady-state distribution of…
The annual production of hydrogen is over 90 million tonnes, with > 96% generated from fossil fuels (mostly by steam methane reformation of natural gas) releasing large quantities of CO2 as…
Benchtop NMR spectrometers are a promising technology for process monitoring applications due to their portability, affordability and low maintenance requirements. However, the moderate magnetic fields of benchtop NMR spectrometers (1…
We are delighted to announce a special collection of thematically related manuscripts by UK Catalysis Hub members has been published by Royal Society Open Science. The papers in the collection…
When: 9 May 2023, 15:00 BSTWhere: Online The UK Catalysis Hub are hosting a webinar on opportunities in chemical sciences with a next generation XFEL. In this webinar we will…
Young Talents Fellowship While chemistry and catalysis touch all our lives, we are not all equally represented in sustainable chemistry and catalysis research communities. With the Young Talents Fellowship, we aim…
The use of supported Pd nanoparticles is ubiquitous in hydrogenation chemistry. From synthetic organic transformations towards high-value products in the pharmaceutical or fragrance industries to crude biomass processing towards commodity…
The UK Catalysis Hub have published a new edition of Modern Developments in Catalysis with publishers World Scientific. Modern Developments in Catalysis, Volume 2 provides a review and update of current…
Transformative innovations in the science and technology of personalized medicine, energy storage, and clean growth start from achieving atomic and molecular understanding, and then control, of the fundamental (bio)-chemical interactions…
