Shell and tube heat exchangers comparison

Shell and tube heat exchangers comparison

The table below compares different type of shell and tube heat exchangers based on different design characteristics:

Shell and tube heat exchangers - BEM Type
Fixed tube plate (Type BEM)

+ Fixed tube sheet
+ U Tube
+ Packed Floating Head
+ Internal Floating Head
+ Outside Packed Floating Head
+ Pull Through Floating Head

Design
Characteristics

Fixed
Tube Sheet

U-Tube

Packed
Floating Head

Internal
Floating Head

Outside Packed
Floating Head

Pull-Through
Floating Head

Thermal Expansion Expansion

joint in shell

Tubes allow to expand Floating head allows for expansion Floating head allows for expansion Floating head allows for expansion Floating head allows for expansion

Bundle Removal &
Replacement

NoYesYesYesYesYes
Tube ReplacementYesLimited to outside row onlyYesYesYesYes
Chemical Tube Cleaning Internally and ExternallyYesYesYesYesYesYes
Mechanical Internal Tube CleaningYes Yes Specific tools requiredYesYesYesYes
Hydraulic Jet Cleaning of Tubes: InternallyYes Yes Specific tools required YesYesYesYes
ExternallyYesYesYes Specific tools requiredYes Yes Yes
Mechanical External Tube Cleaning: Square PitchYesYes Specific tools required

Yes

Yes

Yes

Yes

Internal Joints RequiredNoNoNoYesNoYes
Cost Compared to each other (1 being high, 5 being low)2 1 3 5 4 5
Operating Pressure: Shell SideHigh

High

Low (2070 kPa)

Moderate (5250 kPa) Moderate (4200 kPa)High (7000 kPa)
Operating Pressure: Tube SideHighHigh

Low (2070 kPa)

Moderate (5250 kPa)

High (4200 kPa) High (7000 kPa)
Operating TemperatureLow High Moderate

(< 190ºF)

Moderate
(< 190ºF)

Fouling Preferred
Location:
Shell Side Fluids

Non-foulingFoulingNon-fouling Non-foulingNon-foulingNon-fouling
Tube Side FluidsFoulingNon-foulingFoulingFoulingFoulingFouling
Shell and tube heat exchangers comparison

External links

heat exchanger design suite