13. Energy and air quality management, carbon capture, utilization and storage AM216021 Latest Open for UCT
Section outline
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Lecture 13. Energy and air quality management, carbon capture, utilization and storage Lesson
Key issues:
- The efficiency of capturing CO₂ emissions from various sources
- Technologies and methods to make CCUS more economically viable
- Ensuring safe and secure storage of captured CO₂ underground
- Implementing technologies to monitor and verify the effectiveness of carbon storage
- Infrastructure for the efficient and safe transport of captured CO₂
- Integration of carbon capture technology into existing industrial processes
- Concerns and acceptance of CCUS projects by local communities
- Supportive policies and regulations to encourage the implementation of CCUS
- Ongoing research to advance technologies and improve the overall effectiveness of CCUS
- Long-term management of stored carbon and addressing potential liability issues
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Module 13. Energy and air quality management, carbon capture, utilization and storage File PDF
Supporting handouts for Lecture 13
Printable pdf format, A4 size, landscape layout4.6 MB -
Shared media: capturing CO2 demonstration projects Page
Illustrative video clips:
- The dynamics of carbon dioxide levels across our planet by observations
- Developed technologies and pilot plants in CO2 capture and storage
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Relevant link / literature URL
Shared solutions: Climate technologies
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Individual presentation 13 Workshop
Energy and air quality management, carbon capture, transport and storage technology
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Practical exercise series / Topics 33 Assignment
Topic 33. Characterization of CCUS applications, 6pts
(a. 2pts / b. 2pts / c. 2pts)
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