Carbon Capture and Storage

Section 1: Introduction
1. An introduction to CCS
2. The role of CCS in reducing global GHG emissions

Section 2: CO2 capture processes
3. Absorption
4. Membrane
5. Adsorption
6. Low-temperature
7. Oxy-combustion
8. Chemical looping
9. Hybrid processes

Section 3: Applications
10. Power
11. Industry
12. Hydrogen
13. Maritime and offshore
14. CCS pathways to negative emissions (includes waste-to-energy, bioenergy with CCS, direct air capture)

Section 4: CO2 transport and StorageCO2 transport and Storage are key element of ensuring permanent storage of captured
15. CO2 Transport
16. CO2 storage

Section 5: Transversal aspect, for CCS chains
17. Thermodynamics for CCS
18. Cost of CCS
19. CO2 markets and financing CCS
20. Environmental aspects
21. Legal aspects

Section 6: Perspectives and emerging CCS topics
22. Synergistic process and material synthesis approaches for CO2 capture
23. Environment perspective for material development
24. Moving technologies toward commercial implementation
25. Negative emissions in industry
26. Removal of non-CO2 component from air
27. Big data and digitalization for CCS

Section 7: The way forward for CCS
28. Regional perspective on the way forward for CCS and Policies

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• Ciência ambiental, engenharia e tecnologia

Co2 capture; CO2 transport; Co2 storage; CCS chains; thermodynamics; CCS policies; hybrid energy; combustion