CATF Resources
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Decarbonising materials for the energy system transition
Efforts to mitigate climate change are anticipated to lead to the substantial deployment of renewable energy assets such as solar photovoltaics (PV) and wind power over the course of the coming decades. Whilst an energy system dominated by renewable energy will significantly reduce the consumption of fuels as raw materials,…
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Climate Pollution Reduction Grants: A Holistic Approach to Emissions Reductions in the Medium- and Heavy-Duty Vehicle Sector
The Climate Pollution Reduction Grant (CPRG) program presents a historic opportunity for states and municipalities.
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Class VI Well Permitting
Carbon capture and storage projects require captured emissions to be permanently stored in deep geologic formations via Class VI wells.
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Building Demand for Low-Carbon Materials: How Market Demand can Accelerate Cement and Steel Decarbonisation in Europe
This report, produced by Trinomics for Clean Air Task Force, provides an analysis of how demand-side measures can significantly contribute to the decarbonisation of Europe’s industrial sectors. Focusing on the steel and cement industries, known for their high CO2 emissions, the report also presents a detailed examination of the current…
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Pledges to Plans: Principles & Components of Durable Energy Transitions
Considering that energy planning approaches will differ by region and infrastructure type; this report outlines several key components of effective energy planning principles.
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Nuclear Energy at Scale: A New Pathway to Meet the Climate and Human Development Challenge
This report proposes a suite of commercial and regulatory solutions that together provide nuclear energy with a new pathway to future success.
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A Global Playbook for Nuclear Energy Development in Embarking Countries: Six Dimensions for Success
The report outlines pathways for the responsible, sustainable, and effective development of new nuclear energy projects.
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Air Pollutant Reductions From Carbon Capture
This report provides a rigorous engineering analysis of the air quality impacts of integrating carbon capture technology on two hard-to-decarbonize industrial processes and finds a significant reduction in health-harming air pollutants along with reductions in carbon pollution. The analysis in the report involved modeling the impacts on carbon dioxide (CO2)…
