part a b and c A two-stage flash evaporation system, as shown in the figure, is used to concentrate the waste water froma fish plant (fishy water) and generate electricity. The 2 kg/s fishy water is heated and pumped to the two-stage flash evaporation system at a pressure of 2000 kPa and 160 °C, state 1. The fishy water is throttledbefore entering the first flash evaporator, which forms a fishier liquid stream (state 4) and a vapour at 350kPa (state 3).The fishy water liquid stream from the first flash evaporator is further concentrated in a second flashevaporator. The fishy liquid is first compressed by a pump to a pressure of 2000 kPa, state 5, beforeentering a heat exchanger where the fishy liquid is heated to 200 °C at constant pressure, state 6. Thefishy water is then throttled and enters the second flash evaporator at a pressure of 350 kPa, state 7. Theconcentrated fishier liquid stream and the vapour streams exits at states 8 and 9 respectively.The vapor streams from the flash evaporators are combined in a mixing chamber and exit at state 10. Thecombined vapour stream is then expanded through a turbine exiting as a saturated vapour at 50 kPa, state11. Assume that the throttling valves, flash evaporators, mixing chamber and turbine are adiabatic andassume the properties of the fishy water to be the same as water.a) Determine the mass flow rate at states 3 and 4.b) Determine the enthalpy at state 5 and the power required by the pump.c) What is the heat transfer to the heat exchanger?d) Determine the mass flow rate at state 9.e) How much power is produced by the turbine?T,= 160°CP,=2000 kPaP,=350 kPasat. vaporP,=P,=P,FlashEvap.m, =2 kg/sThrottlingValveP,=350 kPasat. vaporP,=P,=P,FlashMixingChamber10Evap.P.=350 kPasat. liquidTurbineP,=350 kPasat. liguidHeat Exchanger T,=200°CP,-2000 kPaP=50 kPasat. vapordund

Saturated steam temperature table

Assume that the throttling valves, flash evaporators, mixing chamber and tu me the properties of the fishy water to be the same as water. ) Determine the mass flow rate at states 3 and 4. ) Determine the enthalpy at state 5 and the power required by the pump. ) What is the heat transfer to the heat exchanger? ) Determine the mass flow rate at state 9. ) How much power is produced by the turbine?

Assume that the throttling valves, flash evaporators, mixing chamber and tu me the properties of the fishy water to be the same as water. ) Determine the mass flow rate at states 3 and 4. ) Determine the enthalpy at state 5 and the power required by the pump. ) What is the heat transfer to the heat exchanger? ) Determine the mass flow rate at state 9. ) How much power is produced by the turbine?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

The unit for Young's Modulus is _____________ Select one: N N/mm N/mm2 mm2
40 mm 40 mm 40 mme 40 mm N.A N.A 80 mm 80 mm 40 mm 40 mm 100 mm 100 mm 100 mm 100 mm case 2 case 1 a. Case 1 is the better than case 2 D. Both cases are equally good C. Case 2 is better than case 1
what is the length of each bar once both have been elongated
Solid mechnics
The capillary fall is due to more adhesive force than cohesive force more cohesive force than adhesive force adhesive force is equal to cohesive force adhesive force is zero
12:48 O E M The moment of the force F=720-lb about the point O in Cartesian vector form is. 1 ft 4 ft 4 ft. Select one: a. Mo = 1200 – 2400. b. M, = -2003 + 400k | Mo = -2003 – 400k С. d. Mo = 2003 + 400k II
* Single rod cylinder should be double acting cylinder True O O False O
Two kinds of stress on a rod are tensile stress and compressional stress and the stress is calculated as the change in length over the total length. True True False
Q2 For the beam section as shown in Fig. Q2, determine the following: a) X, the location of its centroid along x-axis b) Y, the location of its centroid along y-axis
js ögLeull j in-- The car body is made of stainless steel low carbon steel O high carbon steel O fıne grained brass
F3 = 52 lb 13 12 F1 = 80 lb 25°
C A B V P