Gas oil at 210 °C is to be cooled to 30 °C and its flow-rate is 20,000 kg/h. The temperatureavailable of cooling water is 25 °C to 55 °C. The pressure drop allowance for each stream is100 kN/m2.Design Tube-side and Shell-side coefficientPhysical propertiesWaterGas oilT, °C40120Cp, kJ kg1 °C-1k, kWm-l °C-14.182.28631 x 10-60.125µ, mNm2 s671 x 10-30.17P, kg m3850992.8

Through the heat transfer area of the BPHE, energy flows from the warm medium to the cold medium.…

Gas oil at 210 °C is to be cooled to 30 °C and its flow-rate is 20,000 kg/h. The temperature available of cooling water is 25 °C to 55 °C. The pressure drop allowance for each stream is 100 kN/m?. Design Tube-side and Shell-side coefficient Physical properties Water Gas oil T, °C 40 120 Cp, kJ kg1 °C-1 k, kWm- °C-1 4.18 2.28 631 x 10-6 0.125 µ, mNm-2s 671 x 10-3 0.17 p, kg m-3 992.8 850

Gas oil at 210 °C is to be cooled to 30 °C and its flow-rate is 20,000 kg/h. The temperature available of cooling water is 25 °C to 55 °C. The pressure drop allowance for each stream is 100 kN/m?. Design Tube-side and Shell-side coefficient Physical properties Water Gas oil T, °C 40 120 Cp, kJ kg1 °C-1 k, kWm- °C-1 4.18 2.28 631 x 10-6 0.125 µ, mNm-2s 671 x 10-3 0.17 p, kg m-3 992.8 850

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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