A steam generation unit in power plant operates at a constant pressure of (10 bar) and the water evaporates at the rate of (0.9 from the total mass flow rate of water). Inlet and leaving water enthalpy are (200 kJ/kg) and (2000 kJ/kg) respectively. The inlet and outlet velocity are (10 m/s) and (25 m/s) respectively. If 80% of the heat energy supplied to the steam generation unit is used in evaporating the fluid. Determine the heat evaporation and work done if the inlet and outlet diameter are the same level. The fuel produces 28000 kJ of heat energy for one kg and the mass flow rate of water is 1000 kg/h.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A steam generation unit in power plant operates
at a constant pressure of (10 bar) and the water
evaporates at the rate of (0.9 from the total mass
flow rate of water). Inlet and leaving water enthalpy
are (200 kJ/kg) and (2000 kJ/kg) respectively. The
inlet and outlet velocity are (10 m/s) and (25 m/s)
respectively. If 80% of the heat energy supplied to the
steam generation unit is used in evaporating the fluid.
Determine the heat evaporation and work done if the
inlet and outlet diameter are the same level. The fuel
produces 28000 kJ of heat energy for one kg and the
mass flow rate of water is 1000 kg/h.
Transcribed Image Text:A steam generation unit in power plant operates at a constant pressure of (10 bar) and the water evaporates at the rate of (0.9 from the total mass flow rate of water). Inlet and leaving water enthalpy are (200 kJ/kg) and (2000 kJ/kg) respectively. The inlet and outlet velocity are (10 m/s) and (25 m/s) respectively. If 80% of the heat energy supplied to the steam generation unit is used in evaporating the fluid. Determine the heat evaporation and work done if the inlet and outlet diameter are the same level. The fuel produces 28000 kJ of heat energy for one kg and the mass flow rate of water is 1000 kg/h.
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