CO2 emissions and CCS in Australia

This entry was posted by Thursday, 10 March, 2011
Read the rest of this entry »

Australia emits about 537 million metric tons of carbondioxide per year (2009 data). Australia represents about 1.5 percent of world emissions. Australia emits around 28 metric tons of carbon per person per year as it depends on coal to generate 84 percent of its electricity.

Carbon dioxide represents 75.2 percent of Australian emissions, methane 19.7 percent, and nitrous oxide 4.1 percent. Transport and energy account for 76 percent of Australian emissions, or 416 million metric tons. 14 percent of emissions or about 80 million metric tons of Australian emissions are from transport (Transport- 86 percent from road transport in which cars cause 41 million metric tons emission). Electricity generation accounts for 37 percent of emissions, or 204 million metric tons. Agriculture accounts for 16 percent of emissions, or 87 million metric tons. Around 10 percent of Australian emissions, or 59 million metric tons, come from sheep and cattle, due to gases produced when they digest food. Livestock emissions fell almost 11 percent between 1990 and 2008, driven by a 57 percent fall in sheep numbers due to severe drought.

The Australian Government is committed to developing Co2 capture and geological storage technologies to reduce greenhouse gas emissions. The Australian Government is in the process of developing legislation to enable CCS activity in Commonwealth offshore waters. Several states are also developing legislation to enable CCS in their jurisdictions.

In September 2003, the Ministerial Council on Mineral and Petroleum Resources (MCMPR) established a Carbon Dioxide Geosequestration Regulatory Working Group to progress the issue of regulation for possible future CCS projects. The Regulatory Working Group consisted of representatives from Western Australia (chair) the Australian Government, South Australia, New South Wales, Queensland and Victoria. A broader ‘Carbon Dioxide Geosequestration Regulatory Reference Group’, comprising all Working Group members, industry and research organisations was also established to provide advice to the Regulatory Working Group. A set of draft regulatory guiding principles for CCS were developed by the Regulatory Working Group and presented to MCMPR Ministers in July 2004 for consideration.

On 25 November 2005, the Ministerial Council on Mineral and Petroleum Resources (MCMPR) endorsed the Regulatory Guiding Principles for Carbon Dioxide Capture and Geological Storage which aimed to provide nationally consistent guiding framework for regulatory consideration of CCS in Australia.

The Australian Government’s climate change aimed to reduce Australia’s greenhouse gas emissions– long term target of 60% of 2000 levels by 2050. A medium term target range to reduce emissions by between 5 and 15per cent below 2000 levels by 2020. Australian Government is developing implementing legislation for national cap and trade scheme, CPRS which aim to provide incentives to the development of CCS technologies or projects.

A mandatory cap and trade scheme has already been implemented in Australia and another is currently under development. The Cap and Trade Scheme will commence from July 1, 2011.  It is expected that the scheme will cover around 75 percent of Australia’s emissions and initially impose mandatory obligations on about 1,000 companies. It will cover a broad range of sectors, including stationary energy, transport, industrial processes, synthetic GHGs waste etc.

The Australian Government has indicated its intention to implement the CPRS rather than a Federal level CO2 taxation scheme. The only CO2 taxation scheme in Australia relates to CO2 sink forests.

CCS projects in Australia:

The following are some of the CCS projects in Australia:

Callide Oxyfuel Project, Queensland:

This is a oxyfiring demonstration project which will convert one of the 30 megawatt Callide A units to oxyfiring for the post-combustion capture, transport and potential geological storage of approximately 20 000 tonnes of carbon dioxide over a nominal 2 to 3 years period. Work of this project has commenced at Callide and the project is scheduled to start operating in oxyfiring mode in 2011.

CO2CRC Otway Project, Victoria:

This is Australia’s most advanced storage demonstration project and it is country’s first demonstration of the deep geological storage of CO2. It is a A$40 million Project, which is supported by 15 companies and 7 government agencies, involves researchers from Australia, New Zealand, Canada, Korea and the USA.

Coolimba Power Project, Western Australia:

The Coolimba Power Project, owned by Aviva Corporation Limited and located 15km south of Eneabba in Western Australia, comprises a 400‐450MW coal fired power station, a 360MW gas fired power station and has plans to phase in up to 2.9 million tonnes per annum of carbon capture and sequestration as a separate project when feasible. Coolimba is investigating ‘oxy firing’ carbon capture technology.

FuturGas Project, South Australia:

The FuturGas Project is located 250km south of Adelaide, in the South East of South Australia. The FuturGas project will provide a unique opportunity to develop an environmentally responsible liquid fuels and power generation initiative based on commercially proven low-emissions technology. It will also provide a pathway to zero emissions through the subsequent development of carbon dioxide capture and storage technology.

Gorgon Project, Western Australia:

Gorgon Project is a joint venture to develop the Greater Gorgon Area gas fields, located about 130 kilometres off the north-west coast of Western Australia. It is a A$43billion project. Gorgon will be the biggest resources project in Australia’s history, as well as the single largest investment of its kind in the world. The Gorgon Project is owned by the Gorgon Joint Venture (GJV), which includes the Australian subsidiaries of Chevron, ExxonMobil, Shell, Osaka Gas, Tokyo Gas and Chubu Electric.

Hazelwood Carbon Capture Project, Victoria:

International Power’s post-combustion CO2 capture pilot plant at Hazelwood power station in Latrobe Valley began operating in July 2009. It has been capturing around 25 tonnes of CO2 a day, or 10,000 tonnes per year, from one 200MW unit. Total capital cost of the project is A$369 million.

Latrobe Valley Post Combustion Capture Project (LVPCC), Victoria:

This project combines the facilities and support of two power companies, Loy Yang Power and International Power, and the resources and expertise of the capture research programs of CO2CRC and CSIRO to conduct research and pilot scale deployment of prospective technologies for the post combustion capture of carbon dioxide.

CO2CRC H3 Capture Project, Victoria:

This project, led by CO2CRC, is based at International Power’s Hazelwood plant and overlaps with the Hazelwood Capture Project. The project is using the 30-metre-high solvent capture plant installed by International Power as part of the Hazelwood Carbon Capture Project to test and evaluate new and improved solvents, compare equipment performance, investigate impurities removal and optimize solvent capture processes.

Loy Yang Project, Victoria:

Loy Yang power station is a brown coal fired power station located at Taralgon, in south eastern Victoria, Australia and it has begun operation as part of the LVPCC Project. It is capturing around 1000 tpa of CO2.

CO2CRC Mulgrave Capture Project, Victoria:

CO2 emissions will be captured from HRL’s research gasifier at Mulgrave in a pilot-scale capture project by CO2CRC. The capture technologies will be evaluated to identify which are the most cost effective for use in a coal gasification power plant. Partners include CO2CRC and HRL with funding from the Victorian Government under the ETIS Brown Coal R&D program.

Moomba Carbon Storage Project, South Australia:

The Moomba Carbon Storage Project located in South Australia was planned by Santos and its joint venture partners, Beach Energy Limited and Origin Energy Limited. This project has the long-term objective of establishing a large-scale carbon storage hub at Moomba, which could eventually store up to 20 million tonnes of carbon dioxide per year and 1 billion tonnes over the life of the project.

Monash CTL Project, Victoria:

Monash Energy (Anglo American and Shell Gas and Power) propose a brown coal gasification plant in the Latrobe Valley to produce syngas for conversion into a range of liquid products. Captured CO2 could potentially be stored in the off-shore Gippsland Basin.

Munmorah PCC Project, New South Wales:

Australia’s national science agency CSIRO is working with Delta Electricity to test post-combustion carbon capture at a pilot plant at Munmorah Power Station on the New South Wales (NSW) Central Coast. This pilot plant became operational in February 2009, and evaluation of the capture technology and suitable CO2 absorbents will continue until 2013. The capital cost of the plant is $5 million.

Tarong PCC Project, Queensland:

In December 2010, CSIRO and Tarong Energy launched this post combustion capture plant in Queensland. This plant will test the use of amine-based solvents and aims to capture at a rate of 1500 tonnes per annum of CO2 from flue gases at the coal-fired facility. Trials are expected to be carried out until June 2011. Capital cost of the project is A$5 million.

ZeroGen Project, Queensland:

The Queensland Government, ACA and industry partners Shell Development and Zerogen propose a two stage coal gasification and CCS project “ZeroGen Mark II”. Stage 1 will be a 80 MW net plant located near Rockhampton and is expected to be operational by 2012. The CO2 will be captured and transported approximately 220km by pipeline for storage in the Denison Trough. Stage 2, a 300 MW net coal gasification plant, is proposed to come online by 2017.

Australia’s Carbon Capture and Storage Flagship Program:

As a part of Australian Government’s clean energy initiative, a $2 billion CCS Flagship program was announced in the 2009-2010 budget and it aims to build at least two, and up to four, industrial scale CCS projects in Australia with an electricity generating capacity of 1000 MW or equivalent size for other industrial processes. The Australian Government will fund up to one third of the non-commercial costs of CCS Flagship projects which are ultimately selected. The Flagships Program is expected to generate equal funding from responsible states and industry.

An Independent Assessment Panel (IAP) of technical and commercial experts to assist by assessing projects and providing recommendations to the Government.

Four projects were shortlisted by Australia’s CCS Flagship Program:

1.      The Wandoan power project located north-west of Brisbane, Queensland, an Integrated Gasification Combined Cycle (IGCC) coal fired power project.

2.      The ZeroGen project located west of Gladstone in Queensland; also an IGCC project.

3.      The Collie South West Hub located south of Perth in Western Australia in close proximity to the industrial centres of Kwinana and Collie and based around an integrated multi-user capture, transport and storage infrastructure project.

4.      The CarbonNet proposal in Victoria’s La Trobe valley, another integrated multi-user capture, transport and storage infrastructure project, with sources of CO2 from electricity generating plans in that area.

For these shortlisted projects, Minister for Resources, Energy and Tourism announced A$120 million funding for pre-feasibility studies. The Government is confident that CCS technology will be demonstrated at a commercial scale by 2020.

Funding for CCS Projects in Australia:

The Australian Government recently announced funding of A$2 billion (US$1.62 billion) for CCS projects over the next nine years. Queensland has also allocated A$300 million (US$244 million) from the Queensland Future Growth Fund for research and development. The Australian Government and a number of States are members of the Cooperative Research Centre for Greenhouse Gas Technologies (CO2CRC). The CSIRO, Australia’s leading scientific research body has been involved in CCS research for several years.

Carbon Capture and Storage, Greenhouse gases, Cap and Trade

13 Responses to “CO2 emissions and CCS in Australia”

  1. urika

    the UK’s Energy and Climate Change Secretary Chris Huhne said: “There can be no solution to climate change and energy security globally without carbon capture and storage.

    “Deployment of the technology is tantalisingly close, but it won’t happen at commercial scale without concerted efforts by governments around the world to address legal, financial and technical barriers.

  2. illione ( .. if the whole world shuts down all emissions tomorrow, we may not see any reduction in average global temperature for 1000 years. )

    Black hole in carbon tax concept ( … firms paying the carbon tax on goods they manufacture for domestic sale and export will be in competition with similar imported products on which no such tax has been levied.)

  3. Eliza

    Australia should be spending $2.5 billion a year on new low-emissions technologies by 2017, a doubling of current expected expenditure, climate change adviser Ross Garnaut says.

    In his seventh update of his landmark 2008 review, Prof Garnaut argues there’s a case for “exceptionally large fiscal support for firms that invest in research, development and commercialisation of new low-emissions technologies” over the next decade.

    He says pricing carbon will drive innovation but “on its own it will not increase it by enough”.

    Advertisement: Story continues below
    That’s because the market doesn’t always support research and development adequately because it’s expensive and risky.

    The seventh update, released on Wednesday, recommends the government redirect a significant proportion of the money raised from the proposed carbon tax to fund clean energy projects.

    Australia’s contribution to an international target of $100 billion each year would be between $2 billion and $3 billion.

    Prof Garnaut wants to increase Australia’s expenditure over the next five years to the mid-point figure of $2.5 billion.

    “Revenue from the carbon price should be used to add to existing commitments,” Prof Garnaut says.

    He recommends a new low-emissions innovation council be established to oversee an initial focus on basic research which isn’t technology specific.

  4. Mark Willsmith

    Carbon tax plan pull Julia down
    JULIA GILLARD has taken a double whammy in the latest poll. The Prime Minister’s approval rating has reached its lowest point, apparently over her carbon tax plan. And she is losing to Kevin Rudd as preferred Labor leader.
    Gillard’s approval rating is down by 5 percentage points to 47 per cent in a month, her lowest since taking the leadership. With her disapproval rating rising by 4 to 47, her net approval rating is now zero.
    “I think the broken promise line is doing the damage,” said the Herald’s pollster, John Stirton, of Nielsen.
    Any positive publicity over her trip to the United States last week was overwhelmed by the opposition’s ferocious attack on Gillard, who told Channel Ten before last year’s election that “there will be no carbon tax under the government I lead”.

  5. Hughes

    Direct carbon tax, as proposed doesnt seem to hurt companies much.
    It shaves off profits upto 4.6 % of the top 50 companies as per JP Morgan study.

    The study ofcourse doesnt tell, to what extent the prices of the products that these companies manufacture will be affected and to what extent the carbon tax will lead to inflation.
    The study has seen three different scenarios at carbon tax levels of $20, $ 25 and $ 30 per tonne of co2 emitted.
    JP.Moragan’s report says that the Airlines will be the most affected.


  6. Johnson Hendry

    This is something I read in National times

    ” A fixed-price scheme can be simpler to administer than full emissions trading, because there is no carbon market. But the scheme cannot link to international carbon markets, making abatement more expensive.

    Ultimately, it is environmental and price certainty that is critical to choosing the best carbon price, and neither a fixed or fully-fledged emissions trading scheme has both.

    Perhaps this is why the government has opted for both – a fixed-price scheme transitioning to full emissions trading. After all, a fixed-permit scheme can be a useful way to start de-carbonising the economy. It sends a gentle price signal through the economy, while letting businesses know that they will be subject to fully fledged emission trading at a later date – so they had better stop investing in carbon pollution and start investing in clean energy now.”

    u can

  7. Anna William

    some scientists have questioned whether moves to limit temperature increases to two degrees Celsius by 2050 will be enough to avert a serious environmental catastrophe, arguing such a rise will cross into the “extremely dangerous” zone.

    Prof Garnaut has defended existing United Nations targets but hinted that Australian government policies on pricing carbon may have to be bolstered as climate science advances.

  8. David Gross

    The Australian Carbon Storage Taskforce (2009) projected significant increases in CO2 production associated with the expansion of LNG projects in the Northwest Shelf and Timor Sea. Emissions from these sources could account for up to 30 per cent of Australia’s total stationary emissions by 2020.
    In September 2009, the Australian Carbon Storage Taskforce (2009) released its summary report, concluding that there are at least 70 years of storage capacity potentially available for stationary emissions from eastern Australia.

  9. Joseph

    21 new carbon capture and storage (CCS) projects got underway worldwide during 2010 despite soaring costs for the technology, a study released by Australia’s Global CCS Institute shows.
    The study says 234 CCS projects were active or planned worldwide at the end of 2010, up from 213 at the end of 2009. 77 of these projects are fully integrated, large-scale projects demonstrating the complete CCS value chain.
    Recently, the Gorgon CO2 Injection Project in Australia was given a green light, which will be the largest carbon storage project in the world when fully operational.

  10. John Moore

    All the main political parties, the Government, Coalition (Liberal-National) and Greens have policies to address climate change.These policies vary from “direct action” Coalition policy, the Government policy for a carbon tax moving towards an emissions trading scheme, to an emission trading scheme policy proposed by the Greens.
    The most extreme and now discarded policy was the Labor Party’s policy of “cash for clunkers” i.e. paying $2000 to destroy cars older than 1995 – this would have put the price of a tonne of carbon dioxide abatement at excess of $380 per tonne.

  11. Michael George

    The proponents of the algae solution say that it has saved the world once and can do so again. Many millions of years ago, it helped clean up what was then an inhospitable atmosphere by absorbing excess levels of carbon dioxide, and much of it sank to the sea floor or lake beds and began its slow transition into oil. “As far as nature is concerned this is nothing new,” Riggs Eckleberry, CEO of OriginOil, which is partnering MBD Energy in the creation of a series of demonstration projects at Australian generators, said in a recent interview. “Nature has done this many millions of years ago in producing the crude oil we’re burning today.”

  12. Michael George

    The Prime minister announced that the polluters will have to pay carbon tax by 2012 and that it will be replaced by a Cap and Trade system a few years later.The Cap and Trade System will create a revenue stream for a range of enterprises (mostly financial) that have no carbon emission issues at all. There will be polluters who need the carbon permits for the conduct of their business.


  1. Carbon emission reduction efforts by countries around the world | PowerPlantCCS Blog

Leave a Reply

CLIMAX 500 Climate Tech Startup Snapshot - Top 10 startups in 50 decarbonization avenues

Renewable Energy - Utility Scale Solar | Distributed Solar | Solar Thermal | Wind Power | Biomass heating and power | Biofuels | Hydro Power | Geothermal Energy

Energy Efficiency - Energy Efficient Buildings | Industrial Waste Heat Recovery | Low Carbon Thermal Power | Energy Efficient Industrial Equipment | Smart Grids | Heat Pumps | Digital for Decarbonization

Energy Storage - Battery Storage | Thermal & Mechanical Storage | Green Hydrogen

Agriculture & Food - Sustainable Forestry | Regenerative Agriculture | Smart Farming | Low Carbon Food | Agro Waste Management

Materials - Bio-based Materials | Advanced Materials | Product Use Efficiency | Industrial Resource Efficiency

Waste Management - Reducing Food Waste | Solid Waste Management

Water - Water Use Efficiency 

Decarbonizing Industries - Low Carbon Metals | Low Carbon Chemicals & Fertilizers | Low Carbon Construction Materials | Low Carbon Textiles & Fashion | Decarbonizing Oil & Gas Sector | Corporate Carbon Management

Low Carbon Mobility - Electric Mobility | Low Carbon Trucking | Low Carbon Marine Transport | Low Carbon Aviation | Low Carbon ICE Vehicles | Mass Transit 

GHG Management - CO2 Capture & Storage | C2V - CO2 to Value | Reducing Emissions from Livestock | Reducing Non-CO2 Industrial & Agricultural Emissions | Managing Large Carbon Sinks

Others - Low Carbon Lifestyles | Multi-stakeholder Collaboration | Moonshots