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Water Gas Shift Reactor Design

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Presentation for CN2116 …

Presentation for CN2116

AY0809 Sem 2

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  • 1. Water Gas Shift Reactor Design
    CN2116 Group 28
    Introduction
    Executive Summary
    Simulation
    Features
    Conclusion
    Ma Haotian
    Li lan
    Liu Yi Fei
    Luo Yu
    Shan Yu
  • 2. Introduction
    WGS Reactor Design
  • 3. Hydrogen supply for mass ammonia industrial synthesis
    Design Objective
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 4. Executive Summary
    WGS Reactor Design
  • 5. Reactor Set-up
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 6. Feed Composition
    Design Specifications
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 7. Catalyst Properties
    Design Specifications (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 8. HTS Reactor Dimensions
    Design Specifications (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 9. LTS Reactor Dimensions
    Design Specifications (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 10. Process Specifications
    Design Specifications (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 11. Simulation
    WGS Reactor Design
  • 12. Governing Equations
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 13. Governing Equations (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 14. Governing Equations (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 15. Assumptions
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 16. Methodology
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 17. Simulation Results
    The highest conversion for HTS inlet temperature 320.000000 Celsius is 0.810000 outlet temperature 362.849043 Celsius
    The highest conversion for LTS inlet temperature 200.000000 Celsius is 0.990500 outlet temperature 208.682034 Celsius
    HTS reactor volume is 88.687919 m^3
    LTS reactor volume is 18.837752 m^3
    Total volume is 107.525670 m^3
    HTS reactor pressure drop is 14807.220752 Pa
    LTS reactor pressure drop is 2505.309835 Pa
    Total pressure drop is 17312.530587 Pa
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 18. Simulation Results
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 19. Features
    WGS Reactor Design
  • 20. Features
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 21. Features (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 22. Features (cont)
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion
  • 23. Conclusion
    WGS Reactor Design
    Intro
    Exe. Summary
    Simulation
    Features
    Conclusion