ARC Centre of Excellence for Green Electrochemical Transformation of Carbon Dioxide
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About
Why GETCO2?
Governance
Strategic Plan 2023-24
Our People
Inclusion, Diversity, Equity and Access (IDEA)
Capacity Building
Engagement and Partnerships
Research
Theme 1 – Electrode & Electrolyser
Theme 2 – Catalyst
Theme 3 – Membranes
Theme 4 – Characterisation and Computation
Flagship 1 – Multicarbon compounds via carbon-carbon bond formation
Flagship 2 – Organonitrogen compounds via carbon-nitrogen bond formation
Flagship 3 – Value-added co-products via anodic oxidation of organic compounds
News & Events
News
Events
Resources
Partners
Opportunities
Contact
Home
About
Why GETCO2?
Governance
Strategic Plan 2023-24
Our People
Inclusion, Diversity, Equity and Access (IDEA)
Capacity Building
Engagement and Partnerships
Research
Theme 1 – Electrode & Electrolyser
Theme 2 – Catalyst
Theme 3 – Membranes
Theme 4 – Characterisation and Computation
Flagship 1 – Multicarbon compounds via carbon-carbon bond formation
Flagship 2 – Organonitrogen compounds via carbon-nitrogen bond formation
Flagship 3 – Value-added co-products via anodic oxidation of organic compounds
News & Events
News
Events
Resources
Partners
Opportunities
Contact
Archives:
Resource
Holds resources
Newsletters
Dr Fengwang Li – 2023 Australian Museum Eureka Prize winner – on waste carbon dioxide conversion
Associate Professor Tom Rufford on CO2 conversion technologies
2D MXene membranes with biomimetic sub-nanochannels for enhanced cation sieving
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