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Material Science

Aerobic Electrochemical Oxidation of Hydrocarbons (No. T4-2279)

Aerobic oxidation is a key industrial process for producing valuable chemicals from alkenes and alkanes, abundant in petroleum and natural gas. However, existing methods are inefficient and unsustainable. Oxidation of ethane to Ethanol and /or Acetic Acid Electrocatalytic aerobic ... Read more
Extension Service Ronny Neumann

Ronny Neumann

Faculty of Chemistry

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18592
Material Science

A Sustainable Process for Phenol Production (No. T4-1892)

A sustainable method for phenol production using electrocatalytic oxidation of benzene.  Production of phenol from benzene Production of acetaldehyde from ethylene Production of malonic and/or pyruvic acids from acrylic acid Production of various alcohols from aliphatic and arom... Read more
Extension Service Ronny Neumann

Ronny Neumann

Faculty of Chemistry

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5728
Material Science

Green Chemistry for Ketones and Aldehydes Production (No. T4-1722)

A novel green chemistry approach for producing ketones and aldehydes through an oxidative cleavage reaction. The process utilizes polyoxometalate (POM) catalysts to achieve aerobic cleavage of carbon-carbon double bonds in alkene.  Industrial organic chemistry processes for oxid... Read more
Extension Service Ronny Neumann

Ronny Neumann

Faculty of Chemistry

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5596

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