Projects – CO2PERATE ITN

CO₂PERATE has 15 PhD research projects (P1-P15), divided into 4 work packages (WP1-4). Click on the project links to access the individual project pages.

Main goals: Efficient non-precious metal catalysts for the formation of carboxyl and ester motifs from CO₂ and sustainable starting materials.

P1: Catalytic carboxylation of saturated hydrocarbons with CO₂ en route to fatty acids (WP1) >

P2: Catalytic conversion of lignin to aryl carboxylic acids with CO₂ (WP1)

P3: Novel catalytic composites for the use of CO₂ as a one carbon synthon for organic synthesis (WPs 1 and 3)

P4: C–C bond forming reactions with CO₂ using Lewis acidic zeolite catalysts (WP1)

P5: Computational analysis of CO₂ –based carboxylation of hydrocarbons (WP1)

P13: Catalytic alkoxycarbonylation reactions of unsaturated hydrocarbons with CO₂ (WP1)

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Main goals: Homogeneous and immobilized catalysts for the efficient and enantioselective formation of carbamate motifs from CO₂.

P6: Efficient synthesis of fluorine-containing oxazolidinones from atmospheric CO₂ (WP2)

P7: Multicomponent functionalization of π-systems incorporating CO₂ (WP2)

P8: Computational analysis of symmetric and asymmetric oxazolidinone formation from CO₂ (WP2)

Main goals: Efficient non-precious homogeneous and heterogeneous catalysts for the formation of amides and ketones via carbonylation and aminocarbonylation processes with CO₂.

P10: Computational insights into the conversion of CO₂ to CO and carbonylation reactions (WP3)

P14: Theoretical studies on catalytic alkoxycarbonylation and carbonylation reactions with CO₂ (WP1)

P15: Development of catalysts for aminocarbonylation reactions of olefins with CO₂ (WP3)

Main goals: New versatile technologies for the isotopic labelling of chemicals, pharmaceuticals, and proteins with ¹¹CO₂, ¹³CO₂, and ¹⁴CO₂.

P9: Efficient Methods for CO₂ Conversion to CO and PET labelling of pharmaceuticals (WP3 and WP4)

P11: Catalytic carboxylation techniques with isotopically labelled CO₂ (WP4)

P12: Development of late-stage and rapid carboxylation techniques with ¹⁴CO₂ in drug development programs (WP4)

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