Australia’s carbon emission reduction plan will need CCS to succeed
Australia has a significant role to play in reducing carbon emissions. The global ambition is to not only reduce carbon emissions but get to a position where the world is at net zero in the next 25-30 years.
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What is CCUS? What role does it play?
Carbon capture utilisation and storage (CCUS) represents a diverse and integral suite of technologies playing a significant role in meeting the goals of global CO2 emissions. CCUS technology provides a unique opportunity for captured CO2 to be repurposed in interesting and positive applications.
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There are over 27 large-scale CCS projects operating today
The global adoption of carbon capture and storage has significantly accelerated as governments and private companies across the globe look toward net-zero carbon emissions. With a host of CCS projects already making contributions, you may be surprised how many are currently in the pipeline.
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CCS – A multiple application technology
Carbon capture and storage will assist coal-fired power plants. However, it also has significant value for industrial emitters where renewables alone will not be sufficient in reducing their greenhouse gas emissions. CCS technology has multiple applications within processing industries.
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CCS Boundary Dam Project signals advanced thinking in the CO2 reduction market
Four million tonnes of CO2 have been successfully captured in the world’s first integrated CCS project at Boundary Dam in the Canadian province of Saskatchewan.
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CCS – Part of the big four
Major energy companies are coming under increasing pressure to ramp up their transition from fossil fuels to renewables. Applied pressure from recent takeover alliances in the case of AGL and mounting public and media commentary are not going away. Climate change is time critical and all avenues of decarbonisation must be on the table. CCS is a member of the big four
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