#Mineral carbonation (ex-situ)

Calcite: the versatile mineral shaping the future of carbon removal

Calcite, one of Earth's most common carbonate minerals, is key to both ancient formations and cutting-edge climate solutions.

Microorganisms with macro potential

Exploring biomineralising microbes for ex-situ long-term carbon storage

Looking into fundamental geochemical processes of mineral carbonation

Unravelling molecular-level processes to accelerate mineral carbonation of carbon dioxide

Novel carbon dioxide mineralisation initiated by direct air capture

Waste to treasure: Novel hybrid carbon dioxide mineralisation initiated by direct air capture

Closing the direct air capture-solar-mineral carbonation (DAC-Solar-MC) loop

Investigating novel absorption fluids to make DAC-Solar-MC a reality and mining more sustainable

Electrochemical mineral carbonation for more sustainable mining

Helping to reduce carbon emissions and manage waste streams in mining

Combining waste rock and beneficial microbes to enhance soil for carbon capture

Using natural soil processes to accelerate rock dissolution and CO2 sequestration rates

Identifying the geological properties of ultramafic rocks for carbon storage potential

Providing data to support the economics of mineral carbonation