CO2 Capture: What Is It and How Would I Do It?
This webinar provides a brief overview of the emerging field of CO2 capture from stationary industrial sources - primarily combustion operations. CO2 capture is part of the so-called “CCUS” chain – CO2 Capture, Utilization and Storage – where the basic concept is to prevent the release of CO2 to the atmosphere by de-carbonizing fossil fuels prior to use or by separating CO2 from effluents and recycling it for utilization, or “permanently” storing CO2 in subsurface formations. CCUS is viewed as a key component of Green House Gas (GHG) emissions reduction by IEA, as part of a long-term migration to sustainable energy systems.
The main technical approaches used for CO2 capture will be reviewed, along applicability. Some approaches are suitable to retrofits. A specific example of CO2 capture on an industrial source – a steam methane reformer – is described. Finally, several operating commercial-scale CO2 capture projects are examined.
Webinar Objectives
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Have a general appreciation of the Greenhouse effect
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Understand the scale of GHG emissions in general and CO2 emissions in particular
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Be familiar with major sources of CO2
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Describe the basics of the three main technical approaches to CO2 capture from stationary sources – Post-combustion, Pre-combustion, and Oxyfiring
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Gain an understanding that the best approach for CO2 capture varies with the emissions source and the site
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Know that commercial scale CO2 capture projects are operating
What Will Attendees Learn?
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The scale of CO2 emissions is huge and deployment of extensive mitigation is comparable to the existing energy delivery infrastructure.
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CO2 capture technologies are mostly extensions of natural gas processing and other industrial gas separation approaches.
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The processes for CO2 capture storage have been deployed at commercial scale.
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All large projects to date have been government subsidized, mandated, and/or motivated by penalty avoidance.
Who Should Attend?
The webinar provides a broad introduction to CO2 Capture, and is suitable for interested parties, such as environmental staff, facilities engineers, and gas processing engineers, including entry-level (1-2 year) engineers, or anyone interested in a general overview of this approach to Greenhouse Gas (GHG) mitigation.