In order to increase the velocity of steam used as a fluid for a power plant, it was concluded that it needs to pass through a nozzle. The steam at 300C and 2MPA flows at 0.7 kg/s. 12kJ/s of heat is...


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In order to increase the velocity of steam used as a fluid for a power plant, it was<br>concluded that it needs to pass through a nozzle. The steam at 300C and 2MPA flows<br>at 0.7 kg/s. 12kJ/s of heat is lost during the process and the steam then attains a<br>temperature of 200C and a pressure of 1.4MPA. What would be outlet velocity from<br>the nozzle if its inlet diameter is 6cm? What is the outlet diameter of the nozzle?<br>Properties at inlet H1 = 3023.5 kJ/kg, SV, = 0.12547 m3/kg and for outlet conditions<br>H2 = 2803.3 kJ/kg, SV2 = 0.14302 m3/kg.<br>%3D<br>

Extracted text: In order to increase the velocity of steam used as a fluid for a power plant, it was concluded that it needs to pass through a nozzle. The steam at 300C and 2MPA flows at 0.7 kg/s. 12kJ/s of heat is lost during the process and the steam then attains a temperature of 200C and a pressure of 1.4MPA. What would be outlet velocity from the nozzle if its inlet diameter is 6cm? What is the outlet diameter of the nozzle? Properties at inlet H1 = 3023.5 kJ/kg, SV, = 0.12547 m3/kg and for outlet conditions H2 = 2803.3 kJ/kg, SV2 = 0.14302 m3/kg. %3D

Jun 09, 2022
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