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Kerosene is pumped into a tank at rate between 0 and 1000 Litres per minute. The inlet temperature of the kerosene can vary. The tank is 2 x 2 m square and has a height of 10 m. A coil is immersed in the tank, and this supplies energy to heat the kerosene. The hot kerosene is used to feed a downstream process, and the outlet flowrate is 300 Litres per minute. The air temperature is 15 °C. For this question you can assume that the density of kerosene is 800 kg m³ and the specific heat capacity of kerosene is 2 kJ kg¹K¹. Question: Draw a clear diagram of the system. Derive a Mass Balance and Energy Balance for the system (please show your full working here, including any assumptions you have made)

Kerosene is pumped into a tank at rate between 0 and 1000 Litres per minute. The inlet temperature of the kerosene can vary. The tank is 2 x 2 m square and has a height of 10 m. A coil is immersed in the tank, and this supplies energy to heat the kerosene. The hot kerosene is used to feed a downstream process, and the outlet flowrate is 300 Litres per minute. The air temperature is 15 °C. For this question you can assume that the density of kerosene is 800 kg m³ and the specific heat capacity of kerosene is 2 kJ kg¹K¹. Question: Draw a clear diagram of the system. Derive a Mass Balance and Energy Balance for the system (please show your full working here, including any assumptions you have made)

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Kerosene is pumped into a tank at rate between 0 and 1000 Litres per minute. The inlet temperature of the kerosene can vary. The tank is 2 x 2 m square and has a height of 10 m. A coil is immersed in the tank, and this supplies energy to heat the kerosene. The hot kerosene is used to feed a downstream process, and the outlet flowrate is 300 Litres per minute. The air temperature is 15 °C. For this question you can assume that the density of kerosene is 800 kg m3 and the specific heat capacity of kerosene is 2 kJ kg* K*. Question: Draw a clear diagram of the system. Derive a Mass Balance and Energy Balance for the system (please show your full working here, including any assumptions you have made)
Transcribed Image Text:Kerosene is pumped into a tank at rate between 0 and 1000 Litres per minute. The inlet temperature of the kerosene can vary. The tank is 2 x 2 m square and has a height of 10 m. A coil is immersed in the tank, and this supplies energy to heat the kerosene. The hot kerosene is used to feed a downstream process, and the outlet flowrate is 300 Litres per minute. The air temperature is 15 °C. For this question you can assume that the density of kerosene is 800 kg m3 and the specific heat capacity of kerosene is 2 kJ kg* K*. Question: Draw a clear diagram of the system. Derive a Mass Balance and Energy Balance for the system (please show your full working here, including any assumptions you have made)
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