1. Pipelines DYSTIFF s.r.o., Olomouc

2. Revamping of the Vacuum Distillation Unit Piping stress and strength calculation of 30 pipelines according to B31.3. Medium: process gas, heavy vacuum gas, vacuum residue Loads: - Temperature (up to 400°C) - Pressure (up to 4 MPa) - Wind (160 km/h) - Seismic load (UBC 1997 – Seismic zone 3)

3. Types of performed hospitalizations: - nozzle loads reduction - stress peak reduction - displacements reduction during occasional loads Types of changes: - change type of supports - adding new supports - change of piping geometry

4. Some plots of pipelines

8. Some plots of recommended improvements

12. Hot Reheated Steam Piping Stress analysis of Hot Reheated Steam (HRH). Branch from two boilers to turbine body and to condenser calculated according to B31.1. Support design evaluated. Medium: superheated steam Loads: - Temperature (570°C) - Pressure (2,65 MPa) - Wind (110 km/h) - Seismic load (UBC 1997 – Seismic zone 2A)

13. Types of performed optimalizations: - boilers, condenser and turbine loads reduction - stress peak reduction - displacements reduction during occasional loads Types of changes: - change type of supports - change of piping geometry

14. Plot of pipeline

15. LP Steam Piping Stress analysis of LP Steam. Branches from two boilers to turbine body and to deaerator according B31.1. Support design evaluated. Medium: LP steam Loads: - Temperature (314°C) - Pressure (0,96 MPa) - Wind (110 km/h) - Seismic load (UBC 1997 – Seismic zone 2A)

16. Plot of pipeline

17. Piping of Coke Removal Unit Stress analysis pipelines according to B31.3 Medium: quench oil Loads: - Temperature (200/350°C) - Pressure (1,25 MPa) - Wind (45 m/s) - Seismic load (UBC 1997 – Seismic zone 2A)

18. Types of performed optimalizations: - nozzle loads reduction - stress peak reduction - displacements reduction during occasional loads Types of changes: - change type of supports

19. Plot of pipeline

21. Plots of recommended improvements

22. Plot of recommended improvements

23. MUG drying piping systems Stress analysis pipelines according to B31.3 Medium: liquid ammonia Loads: - Temperature (up to 55°C) - Pressure (up to 36 MPa) - Wind (160 km/h) - Seismic load (UBC 1997 – Seismic zone 2A)

24. The special emphasis has been given to modeling of the dynamic behavior of the piping system connected to equipment in this report. The detailed ANSYS model has been used to estimate dynamic properties of the attached equipment. The finite-element approximation of the attached equipment components has been used to create the calculation models of piping systems.

25. Plot of piping (first part)

26. Plot of piping (second part)

27. Dynamic calculation model of the vessel 123-F with the shape of the first eigenfrequency

28. Dynamic calculation model of the vessel 401-C with the shape of the first eigenfrequency

29. Dynamic calculation model of the vessel 403-F with the shape of the first eigenfrequency

30. Dynamic calculation model of the vessel 404-F with the shape of the first eigenfrequency

31. Piping of Heating Station Piping stress and strength calculation after reconstruction according to B31.3. Spring hangers design evaluated. Medium: steam Loads: - Temperature (250°C) - Pressure (0,3 MPa)

32. Plot of piping

33. Pipeline Connected to Vacuum Column Piping stress and strength calculation pipeline connected to vacuum column according to B31.3 and attached nozzles according to EN 13445. Medium: gas hydrocarbon Loads: - Temperature (395°C) - Pressure (0,27 MPa)

34. Plot of piping

35. Plots of nozzles

36. Auxiliary pipe system of main coolant pump Piping stress and strength calculation auxiliary pipeline connected to main coolant pump according to NTD (Russian standard for Nuclear Power Plant). Medium: demineralized water Loads: - Temperature (up to 150°C) - Pressure (up to 24,5 MPa)

37. Plot of piping

38. Hot water transferring pipeline Piping stress and strength calculation pipeline according to EN 13480. Medium: water Loads: - Temperature (80/140°C) - Pressure (1,6 MPa)

39. Plot of piping