News

Learn how our research is contributing to a robust evidence base to analyse the potential benefits, limitations, and challenges associated with direct air capture and storage (DACS).

Our scientists are probing deeper around the opportunities and risks for carbon dioxide removal in the ocean using an area of science called genomics.

Could microscopic plants help fix the climate? We think so. Our progress in this space was recently showcased at AlgaEurope 2024.

In our new paper, we offer a practical approach to handling the diverse interests of different groups involved in carbon dioxide removal technologies.

A female scientist with red hair and a blue jumper is sitting in a small boat, calling out to her science crew from the water. The crew is assembled in high-vis vests on the wharf.

Efforts to reduce emissions and decarbonise industry must be combined with new technology that removes carbon dioxide from the atmosphere. Australia can build an industry around this service.

We’re exploring Enhanced Rock Weathering to speed up natural sequestration processes, with Australia’s agricultural soils showing great potential for tackling climate change.

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

We are planning to conduct a carefully planned, safe, small-scale experiment in Woodbridge, Tasmania in late 2024.

Enhancing the ocean’s natural alkalinity (youtube.com)

The ocean is already the largest store of carbon dioxide on the planet and has the potential to store even more. Learn about ocean alkalinity enhancement (OAE) and our research focus in this area.