Nickel catalyst uses light to form chemical bonds efficiently
Researchers at the Institute of Science and Technology Austria developed a new nickel catalyst system that uses blue LED light to drive chemical reactions in a study published in Nature Catalysis.
New catalytic system design
The team led by Bartholomäus Pieber created a specific setup where blue lamps provide energy for the reaction. This approach allows the catalyst to join molecular building blocks while using very small amounts of nickel metal.
Collaboration with Prague university
Scientists from ISTA worked alongside Daniel Bím from the University of Chemistry and Technology in Prague to refine the method. The resulting process aims to make industrial production of drugs and agrochemicals more sustainable.
Versatile light-driven synthesis
The new system offers greater versatility for creating pharmaceuticals and fine chemicals compared to older methods. Cross-coupling chemistry remains a primary strategy, but this innovation improves efficiency without requiring large quantities of expensive metals.
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