Contents
Abstract 2
Thermal Power Station 2
1 Introduction 3
2 Technical Data of Power Plant 4
2.1 Technical data 4
3 RESULTS 5
3.1 The Net Power Output 5
3.2 Type and Amount of Fuel Used 5
3.3 Power Consumed by the Pump, Fans, and other Auxiliary Equipment 5
3.4 Stack Gas Loses 7
3.5 Temperature at Several Locations 7
3.6 Rate of Heat Rejection at Condenser 7
3.7 Desulphurisation 7
3.8 Plant settings 8
4 Gas Losses 9
5 Temperature at several locations 9
6 Rate of heat rejection at condenser 9
7 Entropy 10
Conclusion 11
Reference 11
Abstract
This is Thermodynamics BMM2673 Project which an individual assessment given to analyse and determine the thermal power plant situated to the nearest town of the student. I 'm Kavintaran Ratnam …show more content…
The Alstom FGD plant utilises the natural properties of sea water to absorb the sulphur dioxide from the flue gasses. The plant has a waste water treatment facility to treat its effluent before it is released into the sea. The plant also helps in reinvigorating decayed mangrove swamps in the area.The plant exceeds the emission standards set by the World Bank in Malaysia. It operates to particulate levels of 50mg/Nm³ while the expected ASEAN level is 400mg/Nm³. It uses low NOx burners and a flue gas desulphurization facility, to keep NOx and SOx emissions low.
5 Temperature at several locations
Location Temperature
Turbine Throttle(HP @ 175 bar) 540 …show more content…
Obtain the entropy value
Tlive, steam = 539 °C
Psteam = 17.5 MPa = 17500 kpa
Interpolation - From table A-6
550 °C 6.5230 KJ/KG.K 554.64°C S
600°C 6.6796 KJ/KG.K
(600-554.24 )/(600-550)=(6.6796 – s )/(6.6796-6.5230)
S = 6.5375KJ/KG.K
Conclusion
Steam power plant is more efficient than internal combustion engine. This is why steam power plant is widely used throughout the continent. Manjung power plant was built at a strategic location as it is located beside sea water. The main reason of engineers chose this location is to utilize the sea water.
Reference http://www.alstom.com/search/?txt=janamanjung Wikipedia/ManjungPowerPlant
Abstract 2
Thermal Power Station 2
1 Introduction 3
2 Technical Data of Power Plant 4
2.1 Technical data 4
3 RESULTS 5
3.1 The Net Power Output 5
3.2 Type and Amount of Fuel Used 5
3.3 Power Consumed by the Pump, Fans, and other Auxiliary Equipment 5
3.4 Stack Gas Loses 7
3.5 Temperature at Several Locations 7
3.6 Rate of Heat Rejection at Condenser 7
3.7 Desulphurisation 7
3.8 Plant settings 8
4 Gas Losses 9
5 Temperature at several locations 9
6 Rate of heat rejection at condenser 9
7 Entropy 10
Conclusion 11
Reference 11
Abstract
This is Thermodynamics BMM2673 Project which an individual assessment given to analyse and determine the thermal power plant situated to the nearest town of the student. I 'm Kavintaran Ratnam …show more content…
The Alstom FGD plant utilises the natural properties of sea water to absorb the sulphur dioxide from the flue gasses. The plant has a waste water treatment facility to treat its effluent before it is released into the sea. The plant also helps in reinvigorating decayed mangrove swamps in the area.The plant exceeds the emission standards set by the World Bank in Malaysia. It operates to particulate levels of 50mg/Nm³ while the expected ASEAN level is 400mg/Nm³. It uses low NOx burners and a flue gas desulphurization facility, to keep NOx and SOx emissions low.
5 Temperature at several locations
Location Temperature
Turbine Throttle(HP @ 175 bar) 540 …show more content…
Obtain the entropy value
Tlive, steam = 539 °C
Psteam = 17.5 MPa = 17500 kpa
Interpolation - From table A-6
550 °C 6.5230 KJ/KG.K 554.64°C S
600°C 6.6796 KJ/KG.K
(600-554.24 )/(600-550)=(6.6796 – s )/(6.6796-6.5230)
S = 6.5375KJ/KG.K
Conclusion
Steam power plant is more efficient than internal combustion engine. This is why steam power plant is widely used throughout the continent. Manjung power plant was built at a strategic location as it is located beside sea water. The main reason of engineers chose this location is to utilize the sea water.
Reference http://www.alstom.com/search/?txt=janamanjung Wikipedia/ManjungPowerPlant