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Carbon capture today is mainly based on chemicals in liquid form. Now, researchers are testing carbon capture in a solid material.
Pioneering the field of highly selective heterogeneous nanoparticle catalysts Associate Professor Søren Kegnæs from Centre for Catalysis and Sustainable Chemistry at DTU...
Using sophisticated X-ray equipment and highly advanced computational chemistry methods, DTU researchers have shown that it is possible to record ‘molecular movies’ of...
Copper substituted zeolites are considered prime candidates as catalysts for reducing NOx emissions from exhaust fumes. Until recently, the mechanism by which they work...
Zeolite recrystallization allows synthesis of extremely efficient gold nanoparticle catalysts. This could revive one of the oldest processes in chemical industry, namely...