Catalysed sonochemical production of syngas

Applications: Syngas, Sonochemistry, Ultrasound, Catalysts, Layered Double Hydroxides

Oxford scientists have developed a novel metallic copper nanoparticle catalyst for syngas production at room temperature using sonochemical activation.

Features	Benefits
Sonocatalytic reduction of carbon dioxide in water	Room temperature production of syngas (CO/H₂) using water as source of H₂ Uses accessible and economically viable layered double oxide catalyst Produces both CO & H₂ in situ Produces CO with over 85% selectivity
Reactions under ambient conditions	Lower costs due to lower thermal requirements
Green/environmental production route to syngas	Use case for currently employed carbon dioxide sequestration techniques that capture CO₂ in water Low energy requirements of sonochemical reactor enables greener/renewable power sources

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Catalysed sonochemical production of syngas

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