ARC Centre of Excellence for Green Electrochemical Transformation of Carbon Dioxide
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About
Why GETCO2?
Governance
GETCO2 Activity Plan 2025
Our People
Inclusion, Diversity, Equity and Access (IDEA)
Capacity Building
Engagement and Partnerships
EMCR Committee
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
Seminars
Publications
Resources
Partners
Opportunities
GETCO2 Hackathon Challenge
Contact
Home
About
Why GETCO2?
Governance
GETCO2 Activity Plan 2025
Our People
Inclusion, Diversity, Equity and Access (IDEA)
Capacity Building
Engagement and Partnerships
EMCR Committee
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
Seminars
Publications
Resources
Partners
Opportunities
GETCO2 Hackathon Challenge
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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