Mining

Waves in the ocean, with a cloudy sky.

CSIRO is leading a consortium of organisations to highlight any potential impacts of a deep-sea mining proposal.

Critical and rare earth minerals will underpin the clean energy transition. Our national leaders have signalled the importance of mining and refining critical minerals in Australia. But what are these resources, and what’s at stake?

An aerial photo of an open cut mine.

Our new critical energy minerals report uses the Physical Stocks and Flows Framework tool to look at three EV battery metals (cobalt, lithium and nickel) under three different EV uptake scenarios.

A mine with blue liquid.

Australian mining has a lot of responsibilities to manage. A new CRC (Co-operative Research Centre) aims to transform the industry to enable regions and communities to transition to a more prosperous and sustainable post-mine future.

Aerial image of a coal pit and water

Three technologies that mitigate methane emissions, either by destroying the gas or capturing it, are gaining the attention of miners seeking to reduce their emissions.

World-first trials of CSIRO’s automated sensor system, SENSEI, are providing promising, real-time results to better monitor and manage groundwater impacts in mining operations

close u of 3d microscopic blue bacteria

Tiny organisms – or microbes – are being explored for mine water treatment at Evolution Mining’s Mt Rawdon gold operation, where the company plans to adopt a wetland-like system to remove contaminants.

wetlands with trees in the background at the water's edge

Bioregional Assessments was a project that delivered the world’s first integrated regional‑scale assessment of the water impacts of coal resource development. An enormous human challenge which tested some of the world's most sophisticated supercomputers.

Aerial view of the Atacama Desert in Chile

Australian water management expertise is informing management of water resources in Chile.