It also determined that there is no one-size-fits-all solution. It sets out the opportunities and challenges for carbon capture, utilisation and storage (CCUS) technologies to reduce the industry’s emissions in Australia. To help, we’ve brought our expertise to a new roadmap. So, the industry is investing in research and innovative pathways to reduce its hard-to-abate emissions. It’s tough for the cement and lime business to make its important products without generating high emissions. A new roadmap tackles Australia's specific challenges in decarbonising its vital but emission-heavy cement and lime industry.If the global cement industry were a country, it would be the fourth largest national emitter in the world.Cement is the most used man-made material in the world but it can’t be produced without creating “process emissions”.For more information about CAGS, including publications, training materials and news, visit the CAGS website and our publications page. Funded by the (then) Department of Resources, Energy and Tourism and implemented and co-managed by Geoscience Australia and China’s Administrative Centre for China’s Agenda 21 (Ministry of Science and Technology), the program has reached and linked hundreds of researchers and institutions in China, Australia and beyond. CAGS: China Australia Geological Storage of CO 2 (2009–2019)ĬAGS was a long-running collaborative program between the Australian and Chinese Governments focused on a mutual exchange of experience and expertise, broad dissemination of knowledge, exciting CCS-related science and providing development opportunities for students and early career researchers in CCS. Geoscience Australia supports the Government’s engagement at the CSLF as one of Australia’s representatives to the Technical Group. Australia is one of the 26 member countries that represent 80% of the world’s anthropogenic CO 2 emissions. The CSLF is an international, Ministerial level initiative which aims to develop and progress the technical, regulatory, financial and other aspects of CCS. ![]() CSLF: Carbon Sequestration Leadership Forum Several of our current projects are being carried out through the CO2CRC storage program with a range of partners including CSIRO and academic institutions. The CO2CRC’s storage program addresses a wide range of questions relating to areas such as monitoring, the nature of deep saline formations and rock mechanical behaviour in storage formations, and fluid-rock interactions imposed by the introduction of CO 2. At their research site in south west Victoria, CO2CRC has injected CO 2 deep underground into a depleted gas reservoir and a saline formation. CO2CRC is one of the world's leading research organisations developing technologies and the science required for CCS. ![]() Geoscience Australia has been a member of CO2CRC since 2003, and was a partner in its precursor, the Australian Petroleum Cooperative Research Centre (APCRC), under which the GEODISC project was completed. Some of our formal collaborations include: CO2CRC We work closely with State and Territory Geological Surveys, CSIRO, Universities, Federal and State Government Departments, industry, and international agencies and organisations on a range of low carbon geoscience topics.
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