Design a Rankin cycle-operated steam power plant capable of producing 10 MW of net output power,...

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Design a Rankin cycle-operated steam power plant capable of producing 10 MW of net output power, given Each student determines the steam conditions (pressure and/or temperature) in the cycle at the boiler outlet location. Manual feed water heater and condenser But there are important equipment requirements of the cycle: 1. Steam turbines must have an isentropic efficiency between 80-90%. 2. One enclosed, forward drain type enclosed feed water heater, provided that the TTD does not exceed +3C 3. Every feed pump in the cycle has 100% isentropic efficiency. However, once the equipment and the working conditions of the cycle have been determined (a) Draw a T-s diagram of the cycle. (b) Find the proportion of steam drawn to warm the closed feed water (m); (kg/kg). (c) Find the mass flow rate of water vapor in the cycle (kg/s). (d) Thermal efficiency of the cycle (%) Design a Rankin cycle-operated steam power plant capable of producing 10 MW of net output power, given Each student determines the steam conditions (pressure and/or temperature) in the cycle at the boiler outlet location. Manual feed water heater and condenser But there are important equipment requirements of the cycle: 1. Steam turbines must have an isentropic efficiency between 80-90%. 2. One enclosed, forward drain type enclosed feed water heater, provided that the TTD does not exceed +3C 3. Every feed pump in the cycle has 100% isentropic efficiency. However, once the equipment and the working conditions of the cycle have been determined (a) Draw a T-s diagram of the cycle. (b) Find the proportion of steam drawn to warm the closed feed water (m); (kg/kg). (c) Find the mass flow rate of water vapor in the cycle (kg/s). (d) Thermal efficiency of the cycle (%)

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1 550 C A A 10 kPa 6a HTR b wp12000101600 10 06 kJkg C... View the full answer