Resource Type
Fact Sheet
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Summary of Tax Incentives in the Inflation Reduction Act of 2022
Through investments in advanced zero-carbon energy and climate technologies, many of these provisions are also critical to positioning the U.S. economy to meet longer-term 2035 and 2050 decarbonization goals.
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The gap between funding for carbon capture and storage projects and other emissions reduction options
Analysis by Carbon Limits for Clean Air Task Force has assessed some of the capital funding from major EU support schemes for renewable energy since 2012 on the basis of euros spent per tonne of CO2 avoided.
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Fit for 55: Decarbonising European Shipping
With the Fit for 55 proposals, EU policymakers finally can address emissions from shipping and its major impact on climate change and air quality.
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TEN-T: Transport of CO2 to permanent storage – a missing piece in Europe’s industrial decarbonization plan
As currently proposed, the TEN-T includes no mention of the importance played by multiple modalities transporting CO2 to storage – it must be amended to optimize synergies and foster decarbonization.
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Decarbonising European industry: Enabling carbon capture and storage through the EU ETS
CATF welcomes the revision of the Emissions Trading System Directive to ensure compatibility with the EU’s climate ambition.
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The importance of carbon management to decarbonize the industrial sector of North Rhine-Westphalia, Germany
How North Rhine-Westphalia, Germany will use carbon management to create a climate-neutral industry.
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Overview of U.S. Carbon Management Projects
After the reform of 45Q in 2018, the interest in carbon management technologies such as capture and direct air capture has been unprecedented.
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Europe’s gap between carbon storage development and capture demand
In response to rising carbon prices and binding net zero targets, more and more polluting industries in Europe have announced their intention to capture their CO2 emissions for permanent geological storage. The CATF project map indicates around 50 such initiatives across diverse sectors and geographies, amounting to over 80 Mt captured per year by 2030. But will there be enough storage space to accommodate all this CO2?
