This document summarizes the design of a water gas shift reactor system. It includes sections on the design objectives, specifications for the feed composition, catalyst properties, and dimensions of the high- and low-temperature shift reactors. It also describes the governing equations, assumptions, and methodology for simulating the reactor system performance. The simulation results show the conversion levels achieved in each reactor, their volumes, and the predicted pressure drops across the reactors. Features of the design are also discussed, along with overall conclusions.

1. Water Gas Shift Reactor DesignCN2116 Group 28IntroductionExecutive SummarySimulationFeaturesConclusionMa HaotianLi lanLiu Yi FeiLuo YuShan Yu

2. IntroductionWGS Reactor Design

3. Hydrogen supply for mass ammonia industrial synthesisDesign ObjectiveIntroExe. SummarySimulationFeaturesConclusion

4. Executive SummaryWGS Reactor Design

5. Reactor Set-upIntroExe. SummarySimulationFeaturesConclusion

6. Feed CompositionDesign SpecificationsIntroExe. SummarySimulationFeaturesConclusion

7. Catalyst PropertiesDesign Specifications (cont)IntroExe. SummarySimulationFeaturesConclusion

8. HTS Reactor DimensionsDesign Specifications (cont)IntroExe. SummarySimulationFeaturesConclusion

9. LTS Reactor DimensionsDesign Specifications (cont)IntroExe. SummarySimulationFeaturesConclusion

10. Process SpecificationsDesign Specifications (cont)IntroExe. SummarySimulationFeaturesConclusion

11. SimulationWGS Reactor Design

12. Governing EquationsIntroExe. SummarySimulationFeaturesConclusion

13. Governing Equations (cont)IntroExe. SummarySimulationFeaturesConclusion

14. Governing Equations (cont)IntroExe. SummarySimulationFeaturesConclusion

15. AssumptionsIntroExe. SummarySimulationFeaturesConclusion

16. MethodologyIntroExe. SummarySimulationFeaturesConclusion

17. Simulation ResultsThe highest conversion for HTS inlet temperature 320.000000 Celsius is 0.810000 outlet temperature 362.849043 CelsiusThe highest conversion for LTS inlet temperature 200.000000 Celsius is 0.990500 outlet temperature 208.682034 CelsiusHTS reactor volume is 88.687919 m^3 LTS reactor volume is 18.837752 m^3Total volume is 107.525670 m^3HTS reactor pressure drop is 14807.220752 Pa LTS reactor pressure drop is 2505.309835 PaTotal pressure drop is 17312.530587 PaIntroExe. SummarySimulationFeaturesConclusion

18. Simulation ResultsIntroExe. SummarySimulationFeaturesConclusion

19. FeaturesWGS Reactor Design

20. FeaturesIntroExe. SummarySimulationFeaturesConclusion

21. Features (cont)IntroExe. SummarySimulationFeaturesConclusion

22. Features (cont)IntroExe. SummarySimulationFeaturesConclusion

23. ConclusionWGS Reactor DesignIntroExe. SummarySimulationFeaturesConclusion