Kettle type heat exchanger
A kettle reboiler is a heat exchanger with the characteristics of a floating head and U-tube heat exchanger. The size of an evaporation space set on the upper part of the shell is determined by the gas production and the required steam quality.
- Commodity name: Kettle type heat exchanger
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Product Details
- 产品描述
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1. Overview
A kettle reboiler is a heat exchanger with the characteristics of a floating head and U-tube heat exchanger. The size of an evaporation space set on the upper part of the shell is determined by the gas production and the required steam quality. The tube bundle of this heat exchanger can be a floating head, U-tube and fixed tube sheet structure, so it has the characteristics of a floating head and U-tube heat exchanger.
2. Parameters
No.
Parameters
Unit
Description
1
Design flow
m³/h
Design flow of fluid
2
Feed temperature
°C
Temperature of fluid entering reboiler
3
Steam temperature
°C
Heating temperature of steam or hot oil
4
Reboiler outlet temperature
°C
Temperature of outlet fluid
5
Heat transfer area
m²
Heat transfer area
6
Heat transfer coefficient (U)
W/m²·K
Heat transfer coefficient
7
Design pressure
MPa
Design pressure
8
Operating temperature
°C
Operating temperature range
3. Structure
The difference in structure from other heat exchangers is that an evaporation space is set on the upper part of the shell, and the size of the evaporation space is determined by the gas production and the required steam quality. The evaporation space is large for those with large gas production and high steam quality requirements, otherwise it can be smaller.
4. Advantages
Like floating head and U-tube heat exchangers, this type of heat exchanger is easy to clean and maintain, can handle unclean and easy-to-scale media, and can withstand high temperature and high pressure.
5. Application fields
Kettle reboilers are widely used in chemical, petrochemical, food, pharmaceutical, environmental protection and other industries. They are mainly used to heat liquids, evaporate solvents or water, recover energy and promote the separation of substances. Its core function is to generate steam or gas by heating liquids, thereby supporting other subsequent industrial processes.
6. Schematic diagram

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