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Turbine (HP) Re-heat Turbine (LP) PH P1 Diagram 1H A co-generating Rankine cycle is shown in Diagram 1H. The cycle works with a boiler pressure of 4MP2 and a condenser pressure of 18kPa. The process heater works at 2MPA, and the re-heater works at 800kPa. Steam leaves the boiler at 400°C, the re-heater at 500°C and the condenser at 55°C. Losses due to friction in the turbine is 8%. 39% of the heat removed in the condenser is used for heating. Do your calculations per kg of steam flowing though the cycle, 15% of the steam is used for process heating. Boiler Condenser

Turbine (HP) Re-heat Turbine (LP) PH P1 Diagram 1H A co-generating Rankine cycle is shown in Diagram 1H. The cycle works with a boiler pressure of 4MP2 and a condenser pressure of 18kPa. The process heater works at 2MPA, and the re-heater works at 800kPa. Steam leaves the boiler at 400°C, the re-heater at 500°C and the condenser at 55°C. Losses due to friction in the turbine is 8%. 39% of the heat removed in the condenser is used for heating. Do your calculations per kg of steam flowing though the cycle, 15% of the steam is used for process heating. Boiler Condenser

Elements Of Electromagnetics
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
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1. Calculate the utilization factor for this cycle, include the pump work

2. Calculate the thermal efficiency, include the pump work

3. Calculate the influence of the feed/process heater on the thermal efficiency of the cycle, include the pump work 

Turbine (HP) Re-heat Turbine (LP) PH P1 Diagram 1H A co-generating Rankine cycle is shown in Diagram 1H. The cycle works with a boiler pressure of 4MP and a condenser pressure of 18kPa. The process heater works at 2MPA, and the re-heater works at 800kPa. Steam leaves the boiler at 400°C, the re-heater at 500°C and the condenser at 55°C. Losses due to friction in the turbine is 8%. 39% of the heat removed in the condenser is used for heating. Do your calculations per kg of steam flowing though the cycle, 15% of the steam is used for process heating. Boiler Condenser
Transcribed Image Text:Turbine (HP) Re-heat Turbine (LP) PH P1 Diagram 1H A co-generating Rankine cycle is shown in Diagram 1H. The cycle works with a boiler pressure of 4MP and a condenser pressure of 18kPa. The process heater works at 2MPA, and the re-heater works at 800kPa. Steam leaves the boiler at 400°C, the re-heater at 500°C and the condenser at 55°C. Losses due to friction in the turbine is 8%. 39% of the heat removed in the condenser is used for heating. Do your calculations per kg of steam flowing though the cycle, 15% of the steam is used for process heating. Boiler Condenser
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