Knowledge (XXG)

Carbon capture and storage in Australia

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Research Centre (APCRC) in March 1998. There has been no sign of leakage according to a comprehensive monitoring and verification program. A mixture of Carbon dioxide and methane gas is extracted from a well in the Bathurst field, then compressed and transported via dedicated pipeline to the Naylor field two kilometres away. The gases are then injected into the depleted gas reservoir through a dedicated injection well. A nearby well (previously used to produce natural gas) is used to monitor the injected carbon dioxide. A second stage of the project, involving evaluation of carbon dioxide storage in deep saline formations, has been highly successful and provided data on estimating CO
2078: 346:, the product of the brown coal gasifier, using solvent, membrane and adsorbent technologies. The capture technologies are equally applicable to syngas from brown and black coal, gas or biomass fuels. During the project, researchers evaluated each technology for efficiency and cost-effectiveness. Advanced gasifier technologies are highly suitable for carbon dioxide capture for CCS as they produce a concentrated stream of carbon dioxide. 484: 2366: 2396: 2386: 2376: 724: 738: 537:. The project was awarded $ 63 million from the Commonwealth Government under the Low Emissions Technology Demonstration Fund and received additional financial support from ACALET and the Japanese and Queensland governments, and technical support from JCOAL. Total investment in the project, covering capital works and operations and maintenance was $ 250 million. It was a project for the 458:
was established by the Victorian Government in 2009 to investigate the potential for establishing a world class, large-scale, multi-user carbon capture and storage network in Victoria. In 2012 the Australian Government selected CarbonNet as one of only two CCS flagship projects under its Clean Energy
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When construction on the project began in 2009, it was expected to be completed by 2014 - including carbon capture and storage. The project ultimately started extracting gas in February 2017 but carbon capture and storage was delayed multiple times. A delay until March 2019 resulted in a further five
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The CO2CRC Otway Project in Western Victoria is a demonstration project which has injected and stored over 65,000 tonnes of carbon dioxide in a depleted natural gas reservoir 2 km below the Earth's surface. The project was first proposed to the Board of the then Australian Petroleum Cooperative
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below) and Bass Strait. Australia has very extensive basins with deep saline formations, both onshore and particularly offshore, in which large quantities of carbon dioxide can dissolve. In such formations Australia has a potential carbon dioxide storage resource equivalent to many hundreds of years
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This reflects a number of terminating measures, including the cessation of the Low Emissions Technology Demonstration Fund and Coal Mining Abatement Technology Support Package in 2016-17, and the cessation of funding for the development of a detailed business case for the National Radioactive Waste
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produced from the combustion of the feed coal, which would otherwise be released to the atmosphere, the project demonstrated that using carbon capture technology, deep cuts could be made to power station emissions to help slow the process of climate change whilst maintaining the use of fossil fuels
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storage capacity using an innovative single well test. The project is Australia's first demonstration of geosequestration and one of the world's largest geosequestration research projects. This area has active exploration for geothermal and petroleum resources and has been supported by geotechnical
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The Callide Oxyfuel Project demonstrated that new technology could be applied to an old power station to produce cleaner electricity. Built in the 1960s, the Callide A Power Station near Biloela in Central Queensland was chosen as the project’s demonstration site. Retrofitting the Callide A Power
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to liquid fuel project proposes a game changing technology for conversion of solar energy to liquid fuels. Both solar heat and solar PV electricity will be used to drive a solid oxide electrolyser device for a production of hydrogen and syngas which then can be converted onsite into transportable
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The Victorian Greenhouse Gas Geological Sequestration Act 2008 (No. 61 of 2008) received Royal Assent on 5 November 2008. It provides a dedicated legal framework enabling the onshore injection and permanent storage of greenhouse gas substances. The state government has also developed a regulatory
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operation in the world. Chevron is liable for leaks and other damage during the project's lifetime and for 15 years afterwards, but in 2009 the state and federal governments agreed to indemnify Chevron against liability for the project after that time, with the Commonwealth in 2015 confirming it
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We proved that technologically it’s possible to retrofit to existing coal-fired plants, but commercially, the numbers don’t stack up … It’s unlikely there will be , I think that technology may well be bypassed … simply because of the economics. … If you could decarbonise coal by capturing and
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In May 2018, the WA Environmental Protection Authority announced an investigation into whether Gorgon could meet its storage commitments given the delays. In March 2019, Chevron announced that carbon capture and storage was delayed by another nine months, which would result in the release of a
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Further government projects in this area led to many geo-technical studies that review gas and liquid migration, trapping and leakage. While the Gippsland area has been described as a basin margin, this is somewhat vague. The area defines a major fold belt onshore and offshore. The key risk to
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When announced in 2007, the project was originally planned as a retro-fit of one of Hazelwood's eight generating units, which would have reduced its emissions intensity by 20% (500,000 tonnes per annum). It was offered a $ 50 million federal government grant from the Low Emissions Technology
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The Latrobe Valley Post Combustion Capture Project was a joint collaboration between Loy Yang Power, International Power Hazelwood, government and researchers from CSIRO's Energy Transformed Flagship and CO2CRC (including Monash and Melbourne Universities), involving research at both
495:, but did not attempt carbon storage. Oxyfuel technology enables coal to burn efficiently in oxygen (rather than air as in a conventional power station), reducing emissions and producing carbon dioxide in a more concentrated form, allowing it to be stored and extracted. 117:
CCS currently requires up to 30% more coal than conventional plants to cover the energy needs of CCS (although R&D is rapidly improving efficiencies), and that extra coal must first be mined (which has environmental effects) and transported to the plant (which takes
307:) had been captured from power station flue gases in a post-combustion-capture (PCC) pilot plant at Loy Yang Power Station in Victoria's Latrobe Valley. The purpose of the pilot plant is to conduct research, not to capture all the emissions from the power station. 815:. Prepared by working group III of the Intergovernmental Panel on Climate Change. Metz, B., O.Davidson, H. C. de Coninck, M. Loos, and L.A. Meyer (eds.). Cambridge University Press, Cambridge, United Kingdom and New York, NY, USA, 442 pp. Available in full at 407:
A Chevron report to the State Government released yesterday said start-up checks this year found leaking valves, valves that could corrode and excess water in the pipeline from the LNG plant to the injection wells that could cause the pipeline to
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announced the cessation of the Low Emissions Technology Demonstration Fund in the 2017 financial year and the cessation of business case funding for the Carbon Capture and Storage Flagships program in financial year 2019. This is on top of the
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A pilot program with a more modest capture objective was completed. The solvent capture plant cost $ 10 million (including grants from state and federal governments) and began operation in 2009, capturing and chemically sequestered
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In November 2008, the Australian Commonwealth Government passed the Offshore Petroleum Amendment (Greenhouse Gas Storage) Act 2008, which provides a regulatory framework for carbon dioxide storage in federal offshore waters.
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cut $ 460m from CCS research projects leaving $ 191.7m to continue existing projects for the next seven years. The program had already been cut by the previous Labor government and much of the funding remained unallocated.
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We've invested $ 590 million since 2009 in clean coal technology research and demonstration and yet we do not have one modern high-efficiency low-emissions coal-fired power station, let alone one with carbon capture and
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as liquefied gas, and other waste gases such as oxides of nitrogen (NOx), oxides of sulphur (SOx), and heavy metals in condensate form. The project involved the following key technologies and activities:
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Station with oxyfuel technology represented a low-risk and cost- and time-effective way to demonstrate clean coal technology on an industrial scale, and represented a new stage in the station’s history.
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from the power station flue gas stream, which could either be partially utilised in industry or potentially in enhanced oil recovery (EOR), which assists in maximising oil production from an oil well.
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Initiative and, with the State of Victoria, awarded the project a further $ 100 million in joint funding to undertake feasibility. The Global CCS Institute provided $ 2.3 million in support.
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The Zerogen powerstation project near Stanwell power station in Queensland is proposed to be a 100 MW "Integrated Gasification Combined Cycle" power station with CCS. In late 2010, the
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WWF claims that the Gorgon geosequestration project is potentially unsafe as the area has over 700 wells drilled in the area, 50 of which reach the area proposed for geosequestration of CO
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emissions from a 100 MW coal seam methane gas-fired power station. In 2006 it was selected to receive federal government funding, but as of September 2017 it does not appear on the
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which the CarbonNet Project was investigating (see below). There are no particularly promising large storage prospects near the Hunter Valley. Geologically prospective areas include the
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The Callide Oxyfuel Project demonstrated the production of electricity from coal with almost no power station emissions to the atmosphere by capturing a major portion of the flue gas CO
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per day (27,300 tonnes per annum). The project team assessed eight potential carbon storage sites but these were unsuitable because of location, availability and geological profile.
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CO2CRC commissioned three carbon dioxide capture research rigs at HRL's gasifier research facility at Mulgrave in Melbourne, Victoria. The CO2CRC rigs captured carbon dioxide from
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framework for offshore storage sites (i.e. those sites falling within the 3 nautical mile extent of state jurisdiction; the Offshore Petroleum and Greenhouse Gas Storage Act 2010.
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The Callide Oxyfuel Project was the largest oxyfuel demonstration in the world when it completed its demonstration phase in March 2015. It demonstrated carbon capture using
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in the area is the ability to keep gas in the ground. Multiple regional and local studies over the area have been completed by government and private companies.
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A proposed $ 2 billion "hydrogen energy" coal-to-gas plant will not proceed because the geological formations off Perth, which were intended to sequester the CO
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Ju, Hyungkuk; Kaur, Gurpreet; Kulkarni, Aniruddha P.; Giddey, Sarbjit (2019). "Challenges and trends in developing technology for electrochemically reducing CO
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Both Australia's state and federal governments have been major contributors to CCS research and development. Federal government CCS initiatives include the
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Federal funding commitments to these initiatives total $ 3.5-3.6 billion, of which $ 1.3-$ 1.6 billion has been committed or is expected to be committed.
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concentration, from around 20% to around 80%. For a new build power station, it is believed that his value would be further increased to around 95%.
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oxyfuel combustion of coal to achieve a 60 percent to 70 percent reduction in the actual volume of flue gas and a proportionate increase in the CO
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The Oxyfuel boiler operated for two years and nine months, beyond the project's expected duration, and achieved a capture of 75 tonnes of CO
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the project did not advance", but as of January 2018 the project was conducting a 17-day seismic survey of former oil wells in the
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per annum from the power station's exhaust-gas flues. Future trials were expected to involve the use of a range of different CO
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The pilot program will not include carbon capture and storage, but it is expected if the project is expanded, with proponent
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sequestering the emissions, then you’d have clean coal. It sounds easy if you say it fast enough, but it’s not that simple.
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In April 2018, the federal and Victorian governments announced a brown coal-to-hydrogen project that would operate out of
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Green Car Congress: Monash Energy Moving Forward on 60Kbpd Coal-to-Liquids with Carbon Capture and Sequestration Project
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will be up to 40 percent greater than the total cradle-to-grave emissions of a modern plant that doesn't capture its CO
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announced it would not fund the Zerogen project because it was not economically viable and that it would be sold off.
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per annum, or 800,000 tonnes per annum for a coal plant. It previously used a one million tonnes per annum threshold.
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The planned project was planned to have some CCS, storing the gas captured in depleted off-shore oil fields in the
303:-capture liquids. On 9 July 2008, CSIRO Energy Technology Chief Dr David Brockway announced that carbon dioxide (CO 32: 1053: 2228: 444: 1468: 236:
In April 2018, a parliamentary inquiry heard from energy researchers that carbon capture and storage requires a
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Development Fund and a $ 30 million Victorian government grant from the Energy Technology Innovation Strategy.
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The project demonstrated more than 10,000 hours of oxy-combustion and more than 5,000 hours of carbon capture.
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Demonstration and proposed projects and projects under construction are listed below with brief descriptions.
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power stations. The 10.5-metre-high pilot plant at Loy Yang was designed to capture up to 1,000 tonnes of CO
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will qualify when it is fully operational. Despite multiple CCS demonstration projects at Australian
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power station. Construction is expected to begin in 2019, and hydrogen production by 2020 or 2021.
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valleys. The Latrobe Valley has considerable potential storage within a few hundred kilometres in
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In 2016, the PICA Post-Combustion Project was announced. This is a joint collaboration between
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emissions produced from fossil fuels in electricity, industrial processes which prevents CO
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of emissions at the current rate. Work is now underway to fully assess storage potential.
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modelling finds that CCS is not expected to be commercially viable until the 2030s. The
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There are no currently-operating large-scale CCS projects in Australia, although the
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Carbon Capture Legal Programme, University College London and Global CCS Institute.
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filtered out of natural gas from certain natural gas fields. While typically the CO
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will not proceed at present. They have described it as a "long term" opportunity.
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Management Facility and Carbon Capture and Storage Flagships programs in 2018-19.
128:-causing gases like nitrogen oxides and sulfur oxides of a plant that captures CO 1372:"How a gas plant could wipe out a year's worth of solar power emissions savings" 656: 157: 1252: 2028: 977: 719: 641: 433: 327: 1732:"Oxyfuel Combustion and CO2 Capture Demonstration in a Utility Power Station" 1170: 608:
A post-combustion capture plant operated at the International Power GDF Suez
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storage capacity in Queensland, and injection testing of Callide Oxyfuel CO
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Cost of CCS will make coal-fired electricity more expensive than wind power
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National Offshore Petroleum Safety and Environmental Management Authority
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On 2 December 2008 Shell and Anglo American announced that this possible
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will be designed to capture 3.5 Mt of carbon dioxide per annum from
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Geologically Storing Carbon: Learning from the Otway Project Experience
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There are no large-scale commercial CCS projects within Australia. The
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Carbon Capture and Storage Research Development and Demonstration Fund
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Greig, Chris; Bongers, Geoffrey; Stott, Caroline; Byrom, Stephanie.
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CO2CRC - Cooperative Research Centre for Greenhouse Gas Technologies
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says that coal-to-hydrogen technology is not commercial without it.
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International Power Carbon Capture Plant, Victoria (Hazelwood 2030)
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3D GEO Australia geo-technical services in carbon capture/storage
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Elizabeth Finkel & Belinda Smith, Can We Bury the Problem?,
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Scarcity of potential sites and capacity compared to volumes of
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Department of Climate Change, Energy, the Environment and Water
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liquid fuels enabling large-scale energy export and storage.
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work completed by the public sector and the private sector.
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would adopt 80% of the liability and WA the remaining 20%.
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In 2016 it was reported that "When Australia repealed the
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Australian Radiation Protection and Nuclear Safety Agency
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IPCC special report on Carbon Dioxide Capture and Storage
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Asia-Pacific Partnership on Clean Development and Climate
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Asia-Pacific Partnership on Clean Development and Climate
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Potential leakage from underground or undersea reservoirs
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cryogenic separation and recovery of industrial grade CO
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In February 2017, Prime Minister Malcolm Turnbull said:
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The project was a joint venture partnership comprising
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Australian Nuclear Science and Technology Organisation
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Shell, Anglo to Delay A$ 5 Billion Clean Fuels Project
839:. Australian Government. pp. 6–33. Archived from 517:, ACA Low Emissions Technologies (ACALET) (now called 282:
Post combustion capture projects in the Latrobe Valley
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Liquid Fuel Carrier Research and Development Project
23:) is a technology that can capture carbon dioxide CO 2334: 2283: 2242: 2184: 2131: 2098: 971: 969: 790:Rintoul, Stuart; Hepworth, Annabel (14 July 2011). 148:In Australia, the major emissions sites are in the 1867:"$ 10m Latrobe Valley carbon capture plant opens" 1235:in solid polymer electrolyte membrane reactors". 121:Infrastructure required would take years to build 1005:"Address at the National Press Club and Q&A" 386:and store it in the Dupuy formation beneath the 1143:captured in Australia – a first (Media Release) 772:Renewable energy commercialization in Australia 596: 405: 229: 1469:Plan to bury Gorgon's greenhouse gas too risky 1218:"Liquid Fuel Carrier Research and Development" 627:Hazelwood Power Station closed in March 2017. 624:at a nominal rate of 10,000 tonnes per annum. 221:operated by Geoscience Australia (2012-2016). 2060: 252:defines "large-scale" as 400,000 tonnes of CO 51:to increase yield from declining oil fields. 8: 1026:"Carbon storage not a coal lifeline: expert" 114:needed to be sequestered on an ongoing basis 887:. Dr Mark Diesendorf. Accessed 27 May 2008. 2067: 2053: 2045: 1305:"WA and Commonwealth to share Gorgon load" 191:Low Emission Technology Demonstration Fund 1761:Flagship Project: Callide Oxyfuel Project 1696:"Callide Oxyfuel Project – Final Results" 767:Mitigation of global warming in Australia 334:-capture liquids over a two-year period. 72:Intergovernmental Panel on Climate Change 1781:"Step closer to a cleaner energy future" 1770:. NewGenCoal. Retrieved 17 December 2008 1050:"Large-scale CCS projects - definitions" 413:further 7.9 to 11.1 million tonnes of CO 197:(2006-2011, renewables, CCS and other), 2123:Petroleum industry in Western Australia 2108:Carbon capture and storage in Australia 1664:"Overview of CCS Roadmaps and Projects" 1274: 1272: 1270: 782: 704:, was intended to capture 1/3 of the CO 487:Overview of the Callide Oxyfuel Project 374:Gorgon Carbon Dioxide Injection Project 338:The CO2CRC/HRL Mulgrave Capture Project 2027:. Global CCS Institute. Archived from 2001:. Global CCS Institute. Archived from 1167:"PICA Post-Combustion Capture Project" 1078:. Global CCS Institute. Archived from 1052:. Global CCS Institute. Archived from 330:. It will use a pilot plant to test CO 199:National Low Emissions Coal Initiative 2431:Carbon capture and storage by country 2352:Photovoltaic engineering in Australia 2219:Greenhouse gas emissions by Australia 1690: 1688: 1193:"CO2CRC/HRL Mulgrave Capture Project" 7: 2342:Energy Policy Institute of Australia 2194:Asia-Pacific Emissions Trading Forum 903:Society for Science & the Public 428:Hydrogen Energy Supply Chain project 207:Carbon Capture and Storage Flagships 2296:Australian Energy Market Commission 2291:Australian Atomic Energy Commission 2260:Nuclear Fuel Cycle Royal Commission 885:Refuting Fallacies about Wind power 700:The Fairview Project, near Roma in 479:Callide Oxyfuel Project, Queensland 326:(Japanese technology provider) and 66:or have a time frame for doing so. 2250:Anti-nuclear movement in Australia 2224:Mandatory renewable energy targets 1973:"Bligh denies clean coal 'bungle'" 899:"Carbon sequestration frustration" 762:Mandatory renewable energy targets 14: 2301:Australian Energy Market Operator 2166:Solar thermal energy in Australia 1971:Daniel Hurst (19 December 2010). 668:BP Kwinana (WA) coal to gas plant 43:has no value after being stored, 2394: 2384: 2374: 2365: 2364: 2076: 1347:"The day disaster struck Gorgon" 736: 722: 390:The project will be the largest 244:Commercial projects in operation 2118:Electricity sector in Australia 1791:from the original on 2015-03-29 1742:from the original on 2019-09-22 1712:from the original on 2019-09-22 1643:from the original on 2015-03-15 1488:Slater, Michelle (2018-04-16). 949:"Australian Onshore Regulation" 792:"Treasury backs carbon capture" 510:as major energy sources.  368:Gorgon gas field, Barrow Island 136:because of the extra coal burnt 2255:Australian Uranium Association 2209:Energy Efficient Homes Package 2146:Green electricity in Australia 31:from entering the atmosphere. 1: 2347:Garnaut Climate Change Review 2151:Renewable energy in Australia 1921:Wilson, Nigel (10 May 2008). 1810:Cooper, Hayden (2017-02-16). 1490:"Converting coal to hydrogen" 897:Barry, Patrick (2008-08-13). 594:said of the Callide project: 193:(2004-2017), funding for the 2214:Feed-in tariffs in Australia 2156:Solar hot water in Australia 1513:Latimer, Cole (2018-04-12). 866:Lenore Taylor (2014-11-04). 392:carbon dioxide sequestration 35:is also used to sequester CO 2426:Climate change in Australia 2306:Australian Energy Regulator 2275:Uranium mining in Australia 2204:Climate change in Australia 2199:Carbon pricing in Australia 1444:Milne, Peter (2019-03-05). 2447: 2265:Nuclear power in Australia 2092:Energy policy of Australia 1952:"Zerogen Project Overview" 1396:Mile, Peter (2017-12-19). 1253:10.1016/j.jcou.2019.04.003 976:Browne, Bill; Swann, Tom. 371: 33:Carbon capture and storage 17:Carbon capture and storage 2360: 2229:Solar Cities in Australia 2089: 1519:The Sydney Morning Herald 1285:The Sydney Morning Herald 1279:Kemp, John (2013-09-10). 1101:Cook, Peter, ed. (2014). 984:. The Australia Institute 445:Kawasaki Heavy Industries 403:to be released, because: 384:Greater Gorgon gas fields 60:coal-fired power stations 2161:Solar power in Australia 752:Coal mining in Australia 690:Government of Queensland 2176:Wind power in Australia 2171:Wave power in Australia 1478:. Accessed 27 May 2008. 1169:. CSIRO. Archived from 982:The Australia Institute 610:Hazelwood Power Station 588:chief executive officer 586:In 2017, Martin Moore, 1897:3 January 2009 at the 1893:Retrieved 05 Feb 2009 1564:"Global CCS Institute" 636:Monash coal-to-liquids 601: 488: 410: 263:Demonstration projects 234: 173:Government involvement 2234:The Transition Decade 1597:, Feb-Mar 2016, p 54. 1400:. The West Australian 712:'s list of projects. 702:South West Queensland 684:Zerogen power station 590:of project proponent 531:Mitsui & Co., Ltd 486: 451:The CarbonNet Project 45:Enhanced Oil Recovery 2141:Biofuel in Australia 1703:Global CCS Institute 1107:. CSIRO Publishing. 710:Global CCS Institute 399:million tonnes of CO 378:This project led by 268:CO2CRC Otway Project 250:Global CCS Institute 213:(2015-2016) and the 203:Global CCS Institute 189:(founded 2003), the 2421:Energy in Australia 2083:Energy in Australia 2025:"Projects Database" 2005:on 5 September 2017 1450:The West Australian 1424:The West Australian 1351:The West Australian 1082:on 5 September 2017 1003:Turnbull, Malcolm. 978:"Money for Nothing" 843:on 7 September 2017 505:By capturing the CO 219:Infrastructure Plan 83:Turnbull government 68:Australian Treasury 1766:2008-12-17 at the 1474:2008-07-24 at the 822:2010-02-10 at the 663:Cancelled projects 493:oxyfuel combustion 489: 474:Completed projects 166:Gorgon gas project 56:Gorgon gas project 2408: 2407: 2113:Coal in Australia 1639:. 14 March 2015. 1165:Cottrell, Aaron. 1139:Coal-generated CO 1056:on 21 August 2017 757:Emissions trading 363:Proposed projects 209:(2009-2019), the 92:Abbott government 2438: 2400:Renewable energy 2398: 2388: 2378: 2368: 2367: 2132:Renewable energy 2081: 2080: 2079: 2069: 2062: 2055: 2046: 2040: 2039: 2037: 2036: 2021: 2015: 2014: 2012: 2010: 1999:"Media analysis" 1995: 1989: 1988: 1986: 1984: 1968: 1962: 1961: 1959: 1958: 1948: 1942: 1941: 1939: 1938: 1929:. 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Index

Carbon capture and storage
Enhanced Oil Recovery
Gorgon gas project
coal-fired power stations
Australian Treasury
Intergovernmental Panel on Climate Change
2017 budget
Turnbull government
2015 budget
Abbott government
greenhouse gas
acid rain
Latrobe
Hunter
Bass Strait
North West Shelf
Gorgon gas project
CO2CRC
Low Emission Technology Demonstration Fund
Asia-Pacific Partnership on Clean Development and Climate
National Low Emissions Coal Initiative
Global CCS Institute
Carbon Capture and Storage Flagships
Carbon Capture and Storage Research Development and Demonstration Fund
National CO2 Infrastructure Plan
price on carbon
Global CCS Institute
Loy Yang
Hazelwood
CSIRO

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