Product Overview
The U&W-type Gas to Gas Platular Heat Exchanger features a unique U/W-shaped flow path for the cold-side fluid. This design allows the fluid to enter from one end, travel through one or more turning channels, and exit from the other end on the same side.
This efficient flow arrangement enhances heat transfer between gases while optimizing space and improving thermal performance. Ideal for applications that require compact, effective heat exchange, this exchanger ensures reliable and consistent operation in various industrial environments.
Product Features
U&W-Shaped Flow Path
The cold-side fluid follows a U/W-shaped flow path, enhancing heat transfer efficiency by utilizing multiple turning channels for optimized fluid movement.
High Overall Heat Transfer Coefficient
The U&W-type heat exchanger offers a high heat transfer coefficient, typically ranging from 30 to 40 W/(㎡·℃), ensuring efficient thermal performance across a variety of applications.
Compact design
The compact design of the U&W-type heat exchanger allows it to be easily integrated into systems with space constraints, ensuring high performance without occupying large areas.
Product Advantages
High Temperature Difference Driving Force
The heat exchanger benefits from a high temperature difference, providing strong driving forces for heat transfer, leading to improved efficiency and notable energy savings.
Gradual Stress Distribution
The design ensures gradual stress distribution, enhancing heat transfer efficiency while minimizing pressure drop losses, leading to smoother operation and better energy performance.
Smaller Footprint
The U&W-type heat exchanger’s compact design allows it to fit in spaces where traditional shell-and-tube units may not, offering a more space-efficient solution for heat exchange needs.
Lower Maintenance Costs
The design of plate heat exchangers allows for easier cleaning and maintenance, leading to reduced downtime and lower costs compared to shell-and-tube exchangers.
Scenarios
Chemical processing plants
In chemical processing plants, the U&W-type heat exchanger effectively recovers heat from exhaust gases, optimizing energy use and improving the overall efficiency of thermal processes like distillation or reaction heating.
Power plants
The U&W-type heat exchanger is used in power plants to recover waste heat from flue gases, increasing plant efficiency and reducing fuel consumption by improving heat transfer in energy conversion systems.
HVAC Systems
In HVAC systems, the U&W-type heat exchanger is employed for heat recovery, improving energy efficiency in heating, ventilation, and air conditioning systems by reducing the need for additional energy inputs.
Oil and Gas Industry
The heat exchanger is utilized in the oil and gas industry for recovering heat from exhaust gases, optimizing thermal processes such as refining, and reducing overall energy usage in operational systems.
Food and beverage industries
The U&W-type heat exchanger can be used in food and beverage industries to recover heat from exhaust gases, helping maintain consistent temperatures and improving energy efficiency in production processes.
Pharmaceutical Manufacturing
In pharmaceutical manufacturing, the heat exchanger aids in heat recovery during production processes, supporting energy conservation and maintaining optimal temperature conditions for sensitive operations.
