Optimized Gas Treating, Inc. | LinkedInwww.ChemProcess.ca | Walid ElMoudir

 

 

 

 

Joint workshop organized by Optimized Gas Treating, Inc. and ChemProcess Consulting & Services Ltd.

Decarbonizing heavy-emitting industries is a complex challenge, hindered by technical, economic, and commercial barriers. However, the most urgent obstacle is the demand for skilled designers and engineers who can effectively design and simulate amine-based carbon capture processes for large emission sources.

This intensive workshop equips participants with essential skills for designing and simulating these processes, enabling informed decision-making. It is tailored for process engineers, chemical engineers, plant designers, process simulators, plant operators, and process consultants, ensuring relevance to a wide range of professionals.

A highlight of the workshop is the application of ProTreat®, a rate-based process simulation software developed by Optimized Gas Treating, Inc. (Texas, USA) and ChemProcess Consulting & Services Ltd. This powerful tool supports designing, operation, optimization, troubleshooting, and process revamping, offering participants a hands-on opportunity to refine their expertise in carbon capture technology.

Course Information

Agenda

This program provides a focused exploration of amine‑based carbon capture systems, with emphasis on process design and simulating. The workshop agenda is given below:

  1. Introduction: ProTreat Rate-Based Process Simulator 
  2. Amines & Glycols in CO2 Removal  
  3. Acid Gas Removal Systems (Natural Gas Treating)
  4. Post-combustion Carbon Capture Systems (Once-Through Steam Generator)
  5. Gas Dehydration System with Glycols (Gas Conditioning)
  6. Plant Performance Evaluation (Carbon Capture Plant)
  7. Process Configuration Enhancements
  8. Process Optimization
  9. ProTreat Corrosion Prediction Tool
  10. Discussion

Workshop Instructor

Walid ElMoudir, Ph.D., P.Eng., PMP

Walid ElMoudir, Ph.D., P.Eng., PMP

Process Consultant at ChemProcess Consulting & Services Ltd.

Learning Outcomes

Upon completing this short course, participants will be able to:

  • Understand pre‑ and post‑combustion amine‑based carbon capture technologies
  • Design a generic amine‑based carbon capture system for industrial applications
  • Develop an efficient gas and CO₂ dehydration system
  • Evaluate the benefits and challenges of different process configurations
  • Conduct plant performance assessments
  • Examine materials of construction using a corrosion‑prediction tool
  • Apply a rate‑based process simulation tool for design, optimization, revamp, and troubleshooting
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