Lab Thermo
[pic]
LAB REPORT:
MBB 2053
ME THERMODYNAMICS II
EXPERIMENT:
STEAM PLANT (BOILER)
GROUP MEMBERS:
LAB SESSION: THURSDAY 25 FEB 2010, 0800-1000 hrs
REPORT SUBMISSION: MONDAY 8 MAC 2010
GROUP 15
1.0 OBJECTIVE
The objective of this experiment is to give an experience on the principle of operation of an actual steam power plant.
2.0 INSTRUMENTATION
1. Ten point Digital temperature indicator
2. Pressure gauges
3. Analogue tachometer
4. Dynamometer with voltmeter and ammeter,
5. Condenser timer
6. Torque meter
7. Cooling water flow meter
3.0 PROCEDURE OF EXPERIMENT 1. Before beginning the experiment, the system should be left operated as it needs time to provide stable readings. Begin the experiment when the instructor told us to do so. 2. As the system is ready and briefing session ended, schematic diagram of the system is taken and the major components of the system are identified and located. 3. The instruments of the system are located and identified. 4. The readings at the inlet and outlet of the pump, boiler, superheater, turbine nozzle, turbine and condenser.
4.0 DATA
Mass flow rate of fuel, [pic]= 31.3 kg/min
4.1 Experimental Data
|No. |Property |Unit |1 |
|1 |Boiler | | |
| |Boiler pressure, Pb |bar |5.5 |
| |Inlet temperature, Tb1 |0C |25 |
| |Outlet temperature, Tb2 |0C |165 |
|2 |Superheater | |
LAB REPORT:
MBB 2053
ME THERMODYNAMICS II
EXPERIMENT:
STEAM PLANT (BOILER)
GROUP MEMBERS:
LAB SESSION: THURSDAY 25 FEB 2010, 0800-1000 hrs
REPORT SUBMISSION: MONDAY 8 MAC 2010
GROUP 15
1.0 OBJECTIVE
The objective of this experiment is to give an experience on the principle of operation of an actual steam power plant.
2.0 INSTRUMENTATION
1. Ten point Digital temperature indicator
2. Pressure gauges
3. Analogue tachometer
4. Dynamometer with voltmeter and ammeter,
5. Condenser timer
6. Torque meter
7. Cooling water flow meter
3.0 PROCEDURE OF EXPERIMENT 1. Before beginning the experiment, the system should be left operated as it needs time to provide stable readings. Begin the experiment when the instructor told us to do so. 2. As the system is ready and briefing session ended, schematic diagram of the system is taken and the major components of the system are identified and located. 3. The instruments of the system are located and identified. 4. The readings at the inlet and outlet of the pump, boiler, superheater, turbine nozzle, turbine and condenser.
4.0 DATA
Mass flow rate of fuel, [pic]= 31.3 kg/min
4.1 Experimental Data
|No. |Property |Unit |1 |
|1 |Boiler | | |
| |Boiler pressure, Pb |bar |5.5 |
| |Inlet temperature, Tb1 |0C |25 |
| |Outlet temperature, Tb2 |0C |165 |
|2 |Superheater | |