Catalysts

From single atoms to a chemistry without fossil raw materials | Methanol is an important raw material for chemical products. Researchers at ETH Zurich are now producing it very efficiently from CO₂ and hydrogen. They use isolated metal atoms as catalysts for this process

Using individual atoms to achieve fossil-free chemistry— Methanol is a key starting material for chemical products. Researchers from ETH Zurich can now produce this precursor from CO2 and hydrogen with high efficiency by using isolated metal atoms as catalysts.

Scientists create sustainable and cheaper catalysts from aluminium - EurekAlert!

Unveiling the oxygen usage of catalysts to eliminate greenhouse gases views​ - EurekAlert!

Study: New class of catalysts could dramatically change playing field in nickel catalysis - EurekAlert!

An AI-based blueprint for designing catalysts across materials - EurekAlert!

New method improves the accuracy of machine-learned potentials for simulating catalysts - EurekAlert!

New method to study catalysts could lead to better batteries - EurekAlert!

Green hydrogen: MXene boosts the effectiveness of catalysts

Nanosheet catalysts for affordable hydrogen fuel production

Researchers unveil comprehensive zeolite structures, advancing development of catalysts for petrochemical and renewable energy

The secret life of catalysts: New discoveries in chemical reactions

How catalysts secretly lose their stability - EurekAlert

How catalysts secretly lose their stability

Researchers reveal atomic-scale details of catalysts’ active sites - EurekAlert

‘Like magic.’ AI determines the structure of small molecule drugs and catalysts, even with fuzzy data

Unprecedented glimpse of catalysts working on the atomic level

Atomic Revelations: New Imaging Technique Unveils the Dynamic World Inside Catalysts

New technology provides electrifying insights into how catalysts work at the atomic level

New technology provides electrifying insights into how catalysts work at the atomic level - EurekAlert