Rankine, Steam, Cycle, Diagram, Tanta, University, Face, Condenser, Power, Plant, Station, Mechanical, MEC

1. SteamCondensers
CourseProf.Dr.MagdaKotb.
TantaUniversity

2. WhyCondensers?

3. IdealRankinecycle

4. PMM2

5. Condenser isadeviceinwhich steamis
condensed towater andrejectslatentheat.
WhyCondensers?

6. NeedsMoreEfficiency!

7. VacuumCreation!

8. Condensers
I)Surface
Condensers
1-Aircooledcondenser
2-Watercooledcondenser
3-EvaporativeCondenser
II)JetCondensers
1-Parallel FlowJetCondenser
2-CounterFlowJetCondenser
Classification

9. I)Surfacecondensers
1-AirCooledCondenser

10. I)Surfacecondensers
2-Watercooledcondensers

11. I)Surfacecondensers
3-EvaporativeCondenser

12. II)JetCondensers
1,2-Parallelvs.CounterFlowJetCondensers

13. Jetvs.SurfaceCondensers:
JetCondensers
• Mixing.
• CondensatecannotbeFW.
• lessquantityofCW.
• lowvacuumefficiency.
• Less suitableforhigh
capacityplants.
• Simple.
Surface Condensers
• NoMixing.
• CondensatecanbeFW.
• largequantityof CW.
• Highvacuumefficiency.
• Moresuitableforhigh
capacityplants.
• Complicated.

14. Operatingcondenser:

15. 1-CWInLeakage.
2-Macro&Micro
Fouling.
3-AirInLeakage.
Problems?

16. AirInLeakage:
Pack
Pressure
EfficiencyWork
Net
CorrosionCost
h

18. CondenserRepair:
OffLine&OnlineMethods.

20. AmrElhoseny.
AmgadMosa.
AsmaaSaad.
CondensersTeam:
Questions?
EbrahimFawzy.
EsraaShalan.
HebaAllahElhabian.
MohamedAboBaraka.
MahmodYounes.
NadiaAsal.
RawanHassan.