Customization: | Available |
---|---|
After-sales Service: | Video Support |
Warranty: | 1 Year |
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Sometimes heat exchangers have to be used to deal with corrosive medium like sea water or salt water. Then Titanium has to be selected as the plate material to resist corrosion.
Case Show:
Design criteria |
Unit |
Fluid 1 |
Fluid 2 |
Description of the fluid |
Hot water from a closed heating loop |
Hot sea water (concentrated) |
|
Mass flow |
kg/h |
400'000 |
400'000 |
Density |
kg/m³ |
970 |
995-1080 |
Temperature inlet |
°C |
90 |
78,5 |
Temperature outlet |
°C |
83,5 |
85 |
Heat capacity |
kJ/(kgK) |
4,19 |
~4,19 |
Heat flow (design case) |
kW |
3036 |
|
Design pressure |
6 bara |
50 mbara (Vacuum, when cold and empty) |
|
Max. flow pressure drop |
mbar |
300 |
300 |
Design temperature |
°C |
110 |
100 |
In this case, we selected Titanium to guarantee safety for hot and concentrated sea water. Technical calculation is as below:
3D Modle and Drawing:
Features of welded plate heat exchanger
Product Name |
Wide channel plate heat exchanger |
Plate Material |
SS304, 316, 2205, 2507, hastelloy, titanium |
Plate Thickness |
0.6~2.0mm |
Frame Material |
Carbon steel |
Gasket Material |
EPDM( or as customized) |
Design Pressure |
3.5 Mpa |
Design Temperature |
350 ºC |
Installation Direction |
Vertical or Horizontal |
Working Condition |
Particularly suitable for fluids containing solid or fiber or with high velocity or viscosity that may cause plugging. |
Function |
Juice heater to help filter out the impurities |
Space Limitation |
Requesting least installation space among all kinds of heat exchangers |
Application Industry |
Sugar industry, Petroleum, Petrochemical, Chemical, Food & beverage, Edible oil, Metallurgy, Pharmaceutical |