Question

In: Civil Engineering

What is called Supertargetting in Heat Exchanger Network Design? How Heat Exchanger Network Design can be...

What is called Supertargetting in Heat Exchanger Network Design? How Heat Exchanger Network Design can be done by paying attention to Supertargetting?

Solutions

Expert Solution

Heat exchanger network technique is a technique that can be used for saving energy. The maximum heat energy can be recovered by the pinch technology method. Super targeting determines the minimal value of heat demand and minimal allowed temperature difference in the heat exchangers. It helps to form a proper network design by providing adequate results by the temperature controlling in the heat exchangers. Two techniques would be used in heat exchanger network design by paying attention to super targetting. They are problem table algorithm and pinch design method. The combination of both these techniques is used for designing heat exchanger network. This method aims for the minimum energy solution so that maximum amount of energy can be saved by the process as the heat demand would be known to us by super targetting and due to that there will be less possibility of wastage of energy. The task is being achieved by understanding the pinch phenomenon and by that reason it is known as pinch design method.


Related Solutions

Explain Step by step how to do the standard design procedure for a heat exchanger and...
Explain Step by step how to do the standard design procedure for a heat exchanger and how to critically assess the shortcomings of using a certain method.
List two methods that are used in heat exchanger design and analysis.
List two methods that are used in heat exchanger design and analysis.
Design a concentric tube heat exchanger (in co-current configuration) to heat 1000 cm3/ min of water...
Design a concentric tube heat exchanger (in co-current configuration) to heat 1000 cm3/ min of water from 30oC to 45oC flowing in the shell, using water at 65oC flowing in the tube. The heating water should not exit with temperature above 55oC. Choose a suitable range of inner pipe (copper material) diameters for heat exchanger, assume suitable inner tube thickness and outer tube diameter and show selection of parameters and dimensions for an optimum design.
Design of Shell and Tube Heat Exchanger Crude oil at 198°C is to be cooled to...
Design of Shell and Tube Heat Exchanger Crude oil at 198°C is to be cooled to 39°C. The oil flow-rate is 6.127 kg/s. Cooling water is available at 29°C and at the rate of 27.127 kg/s. The pressure drop allowance for each stream is 100 kN/m2 . Design a suitable shell and tube heat exchanger for this duty. The following are the properties of the two streams at the average temperature: water crude oil density kg/m3 990 850 viscosity mNm-2...
What is the therotiacal And The expertmatla heat transfer cofficnent for heat exchanger in my case...
What is the therotiacal And The expertmatla heat transfer cofficnent for heat exchanger in my case shell and tube Therotical ? formual ?? expermantial ? formula ? I am uisng LMTD method
Subject: Heat exchanger Lab Question: 1.1) in heat exchanger analysis, the following quantities are used. Explain...
Subject: Heat exchanger Lab Question: 1.1) in heat exchanger analysis, the following quantities are used. Explain what each means and give a formula for each. Assume the mass flow rates, fluid properties, inlet, temperatures, and length and diameters of the heat exchanger are known. a) Overall heat transfer coefficient. UA. b) A number of transfer units, NTU. c) Effectiveness, e 1.2) what is the hydraulic diameter and why is it useful for double-pipe heat exchanger analysis?
What is the process occurring inside the Shell and Tube Heat Exchanger and what is the...
What is the process occurring inside the Shell and Tube Heat Exchanger and what is the driving force?
LMTD of a cross-flow heat exchanger is
LMTD of a cross-flow heat exchanger is
What is a network design document?
What is a network design document?
A shell and tube heat exchanger is to be desined by kern's method to heat Toluene....
A shell and tube heat exchanger is to be desined by kern's method to heat Toluene. Toulene: T(in)=100F, T(out)=257F, flowrate=125000Ib/hr P(in)=90Psia composition:100% Toluene. Styrene: T(in)=300F, T(out)=176F, P(in)=50psia composition:100% Styrene What is the mass flow rate of Styrene? Which fluid should be in the shell side and which should be in the tube side and why?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT