Presentation on Jamshoro power company limited (jpcl)
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Thermal power plants generate 67.7% of Pakistan's electricity. The Jamshoro plant has an installed capacity of 880 MW from 4 units, with Units 2, 3, and 4 each having a capacity of 210 MW. These units use subcritical reheat Rankine cycles with steam conditions of 132kg/cm2 pressure and 538°C temperature, and 24.5kg/cm2 reheat pressure. The plant has conventional components like boilers, turbines, generators, condensers, and pumps.
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Jamshoro power plant company
Jamshoro Power Company Limited (JPCL) is located in Jamshoro, Sindh Pakistan. It has four units with a total capacity of 850MW. Unit 1 was commissioned by Fuji Electric in 1990 and runs on furnace oil. Units 2-4 were installed by Chinese firm Harbin and can run on gas or furnace oil. JPCL has key mechanical components like boilers, steam turbines, condensers, feed pumps, cooling towers, and flue gas stacks. A new 1320MW project is also under construction to increase JPCL's total capacity to 2170MW.
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Subscribe To Our Youtube Channel For More Videos:-
https://www.youtube.com/TheEngineeringScienc
Click Here To Subscribe:-
http://www.youtube.com/user/TheEngineeringScienc?sub_confirmation=1
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Presentation on Jamshoro power company limited (jpcl)
- 2. INTRODUCTION OF THERMAL POWER PLANT JAMSHORO
- 3. POWER GENERATION INDUSTRY OF PAKISTAN Total installed Capacity : 22477 MW Thermal Power Generation: 15454 MW (67.7 %) Hydel Power Generation: 6556 MW (28.7 %) Nuclear Power Generation: 787 MW (3.5 %) (Source : HCIP, 2012, Pakistan energy yearbook, pp.81)
- 4. GENCOs: 4,720 MW (30.55 %) KESC: 2,381 MW (15.4 %) Private sector (IPPs) 8,353 MW (54.05 %) (Source : HCIP, 2012, Pakistan energy yearbook, pp.81) THERMAL POWER GENERATION INDUSTRY OF PAKISTAN
- 5. Ideal Rankine cycle 1-2 Isentropic compression on pump 2-3 Constant pressure, heat addition in a boiler 3-4 Isentropic explanation in a turbine 4-1 Constant pressure heat rejection in a condenser Described in 1859 by the Scottish engineer William J.M. Rankine
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- 7. FACTORS AFFECTING THE RANKINE CYCLE PERFORMANCE 1. Lowering the condenser pressure (Lowers Tlow, avg)
- 8. FACTORS AFFECTING THE RANKINE CYCLE PERFORMANCE 2.Superheating the steam to high temperatures (Increases Thigh, avg)
- 9. FACTORS AFFECTING THE RANKINE CYCLE PERFORMANCE 3. Increasing the boiler pressure (Increases Thigh, avg)
- 11. Commissioning 1988-91. Installed capacity 880 MW De-aerated capacity 710 MW Unit # 1 250 MW , Oil Fired Unit # 2, 3&4 210 MW each , Oil & gas (dual) fired INTRODUCTION OF THERMAL POWER PLANT JAMSHORO
- 12. Process flow diagram of unit # 2,3 &4
- 13. UNIT # 2,3&4 (CHINESE) Type : Subcritical, reheat type (N210-132/538/838) Fuel: Furnace oil & natural gas (CH4) Capacity: 210 MW Net plant efficiency: 32.30 % Main steam flow : 680 t/h Main steam pressure: 132 kg/cm2 Main steam temperature: 538 0C Reheat steam pressure: 24.5 kg/cm2 Reheat steam temperature: 538 0C Condenser pressure: 11.23 kPa Plant description (designed condition)
- 14. 6.6 kV auxiliaries 1. Boiler feed water pumps 03 (02 in operation and 01 on standby) 2. Condensate pumps 03 (02 in operation and 01 on standby) 3. Circulating water pumps 03 (02 in operation and 01 on standby) 4. Forced draft fans (02 in operation) 5. Induced draft fan (02 in operation) 6. Gas recalculating fans (02 in operation)
- 15. INTRODUCTION OF MAIN PLANT COMPONENTS Type: Reheat condensing tandem compound Three cylinders HPT (12 stages,1 impulse & 11 reaction) IPT(10 stages, reaction) LPT(10 Stages reaction) 3000 rpm 08 no of extractions/bleeding Steam turbine
- 16. Turbo-generator
- 17. Boiler Type: Vertical, balanced draught furnace, corner fired Fuel: Oil, gas and both (dual) Capacity: 680 t/h Flue exhaust temperature: 140 0C Air flow : 583250 Nm3/hr
- 18. Boiler fittings
- 19. Condenser No of tubes : 18000 Two sides (A/B) Vacuum: 682 mmHg Tube material: Copper & S.S CW flow: 26000 t/h
- 21. Pumps Condensate pump Boiler feed pump CW pump LP heater drain pum Stator cooling water pump BCW pump
- 22. Feed water heaters LP heater HP heater Dearetor
- 23. Cooling tower
- 24. Q & A
- 25. Thanks