CO2 Properties, Phase Behavior, and Compression

This eLearning course provides an overview of the fundamental properties of
carbon dioxide (CO₂), its phase behavior, and the principles of CO₂ compression.
It covers:

• CO₂ Properties: Explore the physical and chemical characteristics of CO₂, including its molecular structure, density, and solubility.
• Phase Behavior: Understand the different phases of CO₂ (solid, liquid, gas) and the conditions under which phase transitions occur.
• Compression: Learn the basics of CO₂ compression, including the equipment used and its importance in various industrial applications.

By the end of this course, participants will have an introductory understanding of
CO₂ and its behavior under different conditions.

Target Audience

This series provides a wide-ranging overview of CO2 capture. It 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, technically oriented overview of this approach to Greenhouse Gas (GHG) mitigation and utilization.

You Will Learn

• Appreciate the distinct differences between the phase behavior and properties of CO₂ compared to natural gas
• Understand the utility of the pressure-enthalpy diagram for making quick estimates of compression power and injection pressure
• Recognize the sensitivity of CO₂ fluid properties to various contaminants
• Appreciate the differences in water carrying capacity between CO₂ and natural gas
• Understand the optimal pressure range for CO₂ dehydration and why CO₂ typically does not require deep dehydration despite common misconceptions about hydrate formation
• Learn why accurate thermodynamic models are crucial for specifying compressors
• Explore the types of compressors chosen for various Carbon Capture and Storage (CCS) projects
• Identify the design variables that influence compression train design
• Gain an appreciation for how CO₂ density impacts separator design
• Understand the importance of considering Joule-Thomson (JT) expansions in relief and vent systems
• Gain high-level exposure to strategies for mitigating corrosion in CO₂ systems

Course Content

• CO₂ Properties
• CO₂ Dehydration
• CO₂ Compression
• Aspects of Facility Design

Product Details