Green carbon science is defined as the “study and optimization of the transformation of
carbon‐containing compounds and the relevant processes involved in the entire carbon …

Solid catalysts are the workhorses that convert feedstock molecules into fuels, chemicals
and materials. Solid catalysts are highly complex, porous, multi-elemental and often …

Nitrogen oxide (NO x) emissions are a major source of pollution, demanding ever-improving
performance from catalytic after-treatment systems. However, catalyst development is often …

Over the past decade, ptychography has been proven to be a robust tool for non-destructive
high-resolution quantitative electron, X-ray and optical microscopy. It allows for quantitative …

Solid catalysts are complex, multi-component materials with large interparticle
heterogeneities that hamper statistically relevant in-depth catalyst characterization. Here we …

A combination of X-ray ptychography and X-ray fluorescence tomography (XRF) has been
used to study the fragmentation behavior of an individual Ziegler–Natta catalyst particle,∼ …

The successful synthesis of hierarchically structured titanium silicalite‐1 (TS‐1) with large
intracrystalline macropores by steam‐assisted crystallisation of mesoporous silica particles …

The synthesis of hierarchically porous materials usually requires complex experimental
procedures, often based around extensive trial and error approaches. One common …

Coke formation from heavy oil cracking and the associated change in the porous structure of
fluid catalytic cracking (FCC) catalysts has been studied using a comprehensive range of …

Ni contamination from crude oil in the fluid catalytic cracking (FCC) process is one of the
primary sources of catalyst deactivation, thereby promoting dehydrogenation–hydrogenation …