Question

Water at 15 bar pressure and 180 °C temperature is passed through a throttling valve. goes into the expansion tank. When passing through the outlet valve, the office of the water is 4 bar descends. The part of the expansion piece in the saturated vapor phase of the water is adiabatic a turbine is sent and thus 1 MW of power is produced in the turbine. Turbine pressure at the outlet of 10 kPa and 0.9 according to the temperature required Find the mass flow rate (point 1) of water in tonnes / hour.

          Water at 15 bar pressure and 180 °C temperature is passed through a throttling valve.
goes into the expansion tank. When passing through the outlet valve, the office of the water is 4 bar
descends. The part of the expansion piece in the saturated vapor phase of the water is adiabatic
a turbine is sent and thus 1 MW of power is produced in the turbine. Turbine
pressure at the outlet of 10 kPa and 0.9 according to the temperature required
Find the mass flow rate (point 1) of water in tonnes / hour.

Water at 15 bar pressure and 180 °C temperature is passed through a throttling valve.
goes into the expansion tank. When passing through the outlet valve, the office of the water is 4 bar
descends. The part of the expansion piece in the saturated vapor phase of the water is adiabatic
a turbine is sent and thus 1 MW of power is produced in the turbine. Turbine
pressure at the outlet of 10 kPa and 0.9 according to the temperature required
Find the mass flow rate (point 1) of water in tonnes / hour.

Added by Matthew G.

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