Carbon capture and storage: the process

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Table of contents

Chapter I Introduction and scope of the project
1.1. Global warming and carbon footprint
1.2. Carbon capture and storage: the process
1.3. Carbon mineralization
1.4. Feedstock
1.5. Process principles and reaction products
1.6. Carbon mineralization by brucite
1.7. Infrared thermography
1.8. Objectives
1.9. References
Chapter II Research article: Observations of Brucite Thermochemical Carbonation Effects Using Passive Infrared Thermography
Résumé
Abstract
2.1. Introduction
2.2. Materials and methods
2.3. Image post-processing
2.4. Results and discussion
2.4.1. Intrinsic carbonation rate and specific heat generation rate
2.4.2. Infrared thermography of brucite carbonation
2.4.3. Temperature history in reactive and reference half-cells
2.4.4. Heat balance analysis
2.5. Conclusion
2.6. References
Chapter III Thesis Conclusion and Recommendations
3.1. General conclusions
3.2. Future scope of work
Appendix A
Appendix B