Volumetric Heat Exchanger is a device that exchanges heat through physical processes such as liquid or
gas flow, convection and conduction.
Volumetric heat exchanger is a device that
heat exchanger type through physical processes such as the flow, convection and conduction of liquid or gas. Its basic principle is to transfer heat by using the volume change of the medium or the direct contact between the medium. Volumetric heat exchangers are usually used in
industrial fields that require large-scale heat exchange, such as HVAC, chemical, petroleum, metallurgy and other industries.
Main features of volumetric heat exchanger
1. Efficient heat exchange capacity: Due to its design principle, the volumetric heat exchanger has a high heat exchange efficiency and is suitable for working under extreme conditions such as high temperature and high pressure.
2. Compact structure: Volumetric heat exchangers are usually compact in design and suitable for installation in limited spaces.
3. Wide applicability: Able to handle a variety of media, common heat exchange forms include liquid-liquid, gas-liquid, gas-gas, etc.
4. Large flow processing capacity: Suitable for handling large flow media, especially in cooling or heating processes.
Detailed Description:
At the heart of the Volumetric Heat Exchanger lies its ability to facilitate continuous thermal energy transfer between two media via an adjustable mechanism like pumps or compressors. As the media circulates within the system, heat moves from the hotter medium to the cooler one, achieving effective temperature regulation. This versatile device supports diverse configurations, including liquid-liquid, gas-liquid, and gas-gas heat exchangers, each optimized for specific operational requirements. Its robust construction and superior thermal conductivity ensure consistent operation across a wide range of temperatures and pressures.
Working principle
The working principle of a volumetric heat exchanger is usually based on the relative flow of two media (heat source and cold source) in the heat exchanger. Through an adjustable mechanical device (such as a pump, compressor, etc.), the two media continuously exchange heat, the heat source loses heat and the cold source absorbs heat. Finally, through the effect of temperature difference, the transfer of thermal energy is achieved.
Types
- Liquid-liquid heat exchanger: suitable for heat exchange between two liquids of different temperatures.
- Gas-liquid heat exchanger: suitable for heat exchange between gas and liquid.
- Gas-gas heat exchanger: suitable for heat exchange between two gases.
Frequently Asked Questions:
- Q: Can the Volumetric Heat Exchanger handle aggressive chemicals?
- A: Yes, it is designed to manage a variety of media, including those with corrosive properties, thanks to its durable materials and robust design.
- Q: How does the Volumetric Heat Exchanger compare to traditional models?
- A: It offers enhanced efficiency, flexibility, and adaptability, making it a superior choice for modern industrial applications.
About Us
Zhejiang Tiansheng Equipment Manufacturing Co., Ltd., a leading expert in
making heat exchangers, boasts years of experience and technical expertise. Our diverse portfolio, spanning plate, shell-and-tube, and waste heat recovery exchangers, serves multiple industries worldwide.
With a focus on innovation and quality, we leverage advanced production techniques and rigorous testing to meet and exceed customer expectations. Our dedicated R&D and production teams ensure efficient, energy-saving, and customizable solutions tailored to each client's unique needs.
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