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The information on this page will be updated frequently. Visit us regularly to get the latest news and facts.

Project Videos

Why CCS is important

CTSCo's CSS Project


Glencore and China Huaneng sign MOU on CCUS project in Australia

Glencore welcomes Government investment in a low emission future

Glencore welcomes Government investment in a low emission future

10 April 2021, Glencore's CTSCo and China Huaneng Group Clean Energy Research Institute Company have announced the signing of a Memorandum of Understanding (MOU) strengthen both companies commitment in supporting the deployment of low emissions technologies like CCUS in Australia.

18 September 2020, Glencore released a statement welcoming the Federal Government’s announcement on the $19 billion Energy Technology Package and acknowledging that this was a positive step towards positioning Australia for a low emission future.

Technology for a low emission future

September 2020, Low Emission Technology Australia (LETA) released a statement in support of CCS being noted as a priority technology in the Australian Government’s Technology Roadmap. LETA also commented on this investment in low emission technologies means energy security, jobs and a low carbon economy.

Australian mining leads on emission reduction technology

September 2020, the Minerals Council of Australia (MCA) released a statement highlighting Australia’s resources sector leading the development and deployment of low emissions technologies and making reference to a number of active projects including Glencore’s CTSCo project.

CTSCo exploration program commences in the Southern Surat Basin

In August 2020, Glencore’s CTSCo project released a statement on reaching a new milestone in the development of its CCS project in the Surat Basin in Queensland.

MCA releases its Climate Action Plan

On the 22 June 2020, The Minerals Council of Australia (MCA) released its Climate Action Plan, demonstrating the ongoing commitment by by the Australian minerals industry to decarbonising the economy and addressing climate change.

UQ Study supports a low carbon future with CCS

24 March 2020, COAL21 released a statement highlighting the release of a University of Queensland study that revealed that carbon capture and storage could be a real option for Queensland.

Carbon capture and storage is ‘essential’ to meet Paris target (October 2019)

Carbon Capture and Storage critical to reducing emissions (June 2019)   

Community Drop-In session in Wandoan (September 2018)

Carbon Capture Storage R&D Study continues

12 October 2019, AFR published an article on the importance of CCS to achieve the goals of the 2015 Paris climate agreement, according to one of the UK's leading experts on climate and energy policy.

14 June 2019, Minerals Council of Australia released a statement on the importance of CCS in reducing emissions.

Community Drop-In Session at the Wandoan Library on Tuesday 30 October. Morning session from 10.30am to 12pm. Afternoon session from 1.15pm to 3.30pm.

Two day community drop in session at Wandoan Library on Wednesday 12 September (11am to 5pm) and Thursday 13 September (9am to 3pm).

Carbon storage work still in early stages

10 November 2016, Queensland Country Life, Letters to the Editor – “Carbon storage work still in early stages”.

Carbon Capture R&D Project Presents to Wandoan Community

November 2016, Window on Wandoan (WOW) – “Carbon Capture R&D Project Presents to Wandoan Community".

Wandoan leading the way in carbon capture and storage

October 2016, Window on Wandoan (WOW) – "Opinion: Wandoan is leading the way in carbon capture and storage” (syndicated story from the "Rockhampton Morning Bulletin" and "Western Star").

DOIIS announces carbon capture and storage funding in Surat Basin

On the 12 August 2016, the Department of Industry, Innovation and Science (DOIIS) announced $8.775 million of Federal Government funding to CTSCo for its carbon capture and storage project in Queensland’s Surat Basin.

Myth Busting – Misconceptions and Study Facts

Industry Differences

CCS is not like LINC Energy i.e underground coal gasification (UCG)

CCS and Linc Energy’s underground coal gasification (UCG) project are two completely different activities. UCG technology essentially burns a coal seam underground while injecting oxygen or air to sustain combustion thus extracting energy and chemicals using a complex, high temperature underground procedure. CCS is the process of capturing carbon dioxide and injecting it into existing sandstone pore space deep underground for storage where it remains.

CTSCo is not a commercial enterprise to avoid any conflicts of commercial versus environmental interest. It is 100 percent grant funded and is obliged to report all its finding under Queensland’s Greenhouse Gas Storage Act 2009 to it grant funders: the Australian Government and ACALET (Australian Coal Association Low Emissions Technology)/COAL21 and to the Queensland Government. CTSCo operates on an ‘open book’/transparent basis with the relevant Queensland Government Departments.

CTSCo has implemented comprehensive baseline environmental monitoring to ensure that any potential effects of its pilot activities can be compared against the baseline. Should a permit be approved for the exploration stage storage testing activities, extensive monitoring and verification is to be undertaken with continuous reporting to Queensland Government Agencies.

Scientific studies associated with the CTSCo project are being undertaken by leading scientists, academics and researchers from universities and research institutions from across Australia and the world. These include CSIRO, University of Texas, University of Queensland, Australian National University, Curtin University and CO2CRC.

CCS is not like Coal Seam Gas (CSG)

Coal Seam Gas extraction involves drilling a coal seam between 200 and 800 metres deep, sometimes fracking (cracking open) the coal seams, with a mixture of water sand and chemicals to release the methane gas in the coal seams. Surplus water is treated through reverse osmosis and for pH adjustment and given to users OR reinjected into the same Precipice Sandstone being targeted for CCS.

Carbon Sequestration (or CCS) does not involve the addition of anything, other than CO2 captured from a power station (coal-based power generation at up to 90% capture in this case, but could be gas based power generation, steel manufacture or cement manufacture), injected to an aquifer at a depth of greater than 800 metres so that it stays liquid. Injected at 1200 metres or more and at the natural pressure down there of 1850 psi and natural temperature of 60 degrees Celsius, the CO2 has a density of greater than 1 so that it tends to sink when combined with water over a period of time.

CCS does not involve fracking. CO2 is a non-toxic substance that we breathe, drink, and essential to human life in a dilute form, and has industrial and surgical uses. 

Technical Explanations

What is carbon dioxide (CO2)?

Carbon dioxide (chemical formula CO2) is a colourless and odourless gas vital to life on Earth. This naturally occurring chemical compound is made up of a carbon atom covalently double bonded to two oxygen atoms. Carbon dioxide exists in Earth's atmosphere as a trace gas at a concentration of about 0.04 percent (400 ppm) by volume. Natural sources include volcanoes, hot springs and geysers, and it is freed from carbonate rocks by dissolution in water and acids. Because carbon dioxide is soluble in water, it occurs naturally in groundwater, rivers and lakes, in ice caps and glaciers and also in seawater. It is present in deposits of petroleum and natural gas.


What is a supercritical liquid (CO2)?

Supercritical carbon dioxide (sCO2) is a fluid state of carbon dioxide where it is held at or above its critical temperature and critical pressure. Carbon dioxide usually behaves as a gas in air at standard temperature and pressure (STP), or as a solid called dry ice when frozen. If the temperature and pressure are both increased from STP to be at or above the critical point for carbon dioxide, it will have the properties midway between a gas and a liquid. More specifically, it behaves as a supercritical fluid above its critical temperature (304.25 K, 31.10 °C, 87.98 °F) and critical pressure (72.9 atm, 7.39 MPa, 1,071 psi), expanding to fill its container like a gas but with a density like that of a liquid.


What is the Precipice Sandstone?

The Jurassic age Precipice Sandstone is the basal formation in the Surat Basin and forms part of an extensive fluviatile sedimentary unit which extends from the coastal regions of south-eastern Queensland and northeastern New South Wales westward to the vicinity of Charleville in southern Queensland.

The formation crops out along the present northern margin of the Surat Basin, approximately 150 km to the north and northwest of the Glenhaven area, where it forms distinctive steep bluffs. Its eastern and western extent is controlled by non deposition and/or erosion.