Partner Projects

This searchable database of projects aims to list all funded projects involving SCCS partner institutes. Most projects listed are primarily academic research projects, the database also includes the joint industry projects where funding was commercial, at least in part.

The search function is a simple word search acting on the text fields; remember to click “Clear filters” before a new search. You can sort on either date column; click column heading to toggle through forward or reverse sort order, or no sorting.

We aim to keep the database up to date, but we cannot guarantee that all links to external sites remain functional. Please contact us on info@sccs.org.uk if you are able to provide information where missing or links where broken.

partner projects illustration

261 - 270 of 273

  • HyStories

    01/02/2021 - 30/01/2023

    Funded by: EC funding

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    Link: Visit external website

    Lead institution:Geostock (France)

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    Principal investigator: Ceri Vincent (BGS)

  • Understanding Calcite Crystal Growth During CO₂ Sequestration by Steel Slag

    03/07/2023 - 10/07/2023

    Funded by: SAGES+

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    Link: Visit external website

    Lead institution:The University of Glasgow

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    Principal investigator: Dr J MacDonald

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    Co-investigators: Phil Renforth (HWU)

  • Capturing Atmospheric CO₂ with Waste Cement

    03/07/2023 - 10/07/2023

    Funded by: SAGES+

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    Link: Visit external website

    Lead institution:The University of Glasgow

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    Principal investigator: Dr J MacDonald

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    Co-investigators: Alice Macente (UoS)

  • Tracking industrial scale co2 mineralisation at the carbfix2 site, iceland using a combination of geochemical tracing and reservoir modelling

    01/09/2019 - 30/08/2023

    Funded by: Overseas industry - reykjavik energy

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    Link: Visit external website

    Lead institution:The University of Edinburgh

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    Principal investigator: Dr S Gilfillan

  • Tracking industrial scale CO₂ mineralisation at the Carbfix2 site, Iceland using a combination of geochemical tracing and reservoir modelling

    01/09/2019 - 30/08/2023

    Funded by: Overseas industry - Reykjavik energy

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    Link: Visit external website

    Lead institution:The University of Edinburgh

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    Principal investigator: Dr S Gilfillan

  • Quantifying rates of CO₂ dissolution in the US natural CO₂ reservoirs through integration of nobel gas and 3D reservoir modelling techniques

    01/09/2019 - 31/08/2023

    Funded by: Non-EU industry, commerce and public corporations

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    Link: Visit external website

    Lead institution:The University of Edinburgh

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    Principal investigator: Dr S Gilfillan

  • Quantifying rates of CO2 dissolution in the US natural CO2 reservoirs through integration of nobel gas and 3D reservoir modelling techniques

    01/09/2019 - 31/08/2023

    Funded by: Non-EU industry, commerce and public corporations

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    Link: Visit external website

    Lead institution:The University of Edinburgh

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    Principal investigator: Dr S Gilfillan

  • Determining processes of CO2 capture with steel slags: implications for mitigating rising CO₂ levels

    01/10/2019 - 30/09/2023

    Funded by: LKAS

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    Link: Visit external website

    Lead institution:The University of Glasgow

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    Principal investigator: Dr J MacDonald

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    Co-investigators: Faisal Khudhur

  • The effect of climatic conditions on passive CO2 capture with steel slag

    01/10/2019 - 30/09/2023

    Funded by: CONACyT

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    Link: Visit external website

    Lead institution:The University of Glasgow

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    Principal investigator: Dr J MacDonald

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    Co-investigators: Jose Porfirio Del Angel Lozano (PhD Student)

  • The effect of climatic conditions on passive CO₂ capture with steel slag

    01/10/2019 - 30/09/2023

    Funded by: CONACyT

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    Link: Visit external website

    Lead institution:The University of Glasgow

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    Principal investigator: Dr J MacDonald

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    Co-investigators: Jose Porfirio Del Angel Lozano (PhD Student)