Maciej Grzegorz Walerowski

Publications

13 publications

Page 1 of 2

Converting CO2 to sustainable marine fuels using bifunctional catalysts

Maciej Walerowski, 2025

Type: conference

Rationalising catalytic performance using a unique correlation matrix

Maciej Grzegorz Walerowski, Stylianos Kyrimis, Victoria Anne Hewitt, Lindsay-Marie Armstrong & Robert Raja, 2024

Type: conference

Rationalising catalytic performance using a unique correlation matrix

Maciej G. Walerowski, Stylianos Kyrimis, Victoria A. Hewitt, Lindsay-Marie Armstrong & Robert Raja, 2024, Chemical Communications, 60(75), 10314-10317

DOI: 10.1039/D4CC03193H

Type: article

Development of cascade nanoreactions for the direct conversion of CO2 to sustainable marine transportation fuels

Maciej G. Walerowski, Matthew E. Potter, Elizabeth S. Burke, Stylianos Kyrimis, Lindsay-Marie Armstrong & Robert Raja, 2024

Type: conference

Elucidating synthesis-structure-property correlations for design of improved bifunctional catalysts

Maciej Grzegorz Walerowski, Stylianos Kyrimis, Victoria Hewitt, Lindsay-Marie Armstrong & Robert Raja, 2024

Type: conference

Designing bifunctional catalysts for the one-pot conversion of CO2 to sustainable marine transportation fuels

Maciej G. Walerowski, Matthew E. Potter, Elizabeth S. Burke, Stylianos Kyrimis, Lindsay-Marie Armstrong & Robert Raja, 2024, Catalysis Science & Technology, 14(14), 3853-3863

DOI: 10.1039/D4CY00020J

Type: article

Designing bifunctional catalysts for the one-pot conversion of CO2 to sustainable marine transportation fuels

M.G. Walerowski, M.E. Potter, E Burke, S. Kyrimis, Lindsay-Marie Armstrong & Robert Raja, 2024

Type: conference

Converting CO2 to sustainable marine fuels using cascade nanoreactors

Maciej Walerowski, Lindsay-Marie Armstrong & Robert Raja, 2024

Type: conference

Converting CO2 to sustainable marine fuels using cascade nanoreactors

Maciej Walerowski, Lindsay-Marie Armstrong & Robert Raja, 2024

Type: conference

Development of kinetic and computational models for improved understanding and prediction of MeOH dehydration over solid-acid catalysts.