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Customizable industrial evaporative condensers for large cooling plants

Name: Customizable industrial evaporative condensers for large cooling plants
Brand: ONE-STOP Engineering

US$28,000

≥2 sets

Power (W)

Customization options

Dimensions (length*width*height)(Minimum order: 10 sets)

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Product features

Working principle: Cold fluid (such as cooling water) and hot fluid (such as refrigerant vapor) enter the condenser from the same end and flow in the same direction while exchanging heat.
Outlet temperature limit: The outlet temperature of the cold fluid cannot theoretically exceed the outlet temperature of the hot fluid, which limits its maximum heat transfer efficiency.
High initial heat transfer: The heat transfer rate at the inlet is very high due to the largest temperature difference.
Relatively simple structure: Some tube-and-tube designs may have a more straightforward arrangement of tube bundles. Advantages: Suitable for applications where outlet temperature requirements are not strict, or where high thermal stress caused by large initial temperature differences is a problem.
Typical applications: some column-and-tube heat exchangers, specific waste heat recovery devices.
Working principle: Hot and cold fluids enter from both ends of the condenser and flow in opposite directions while exchanging heat.
Efficient heat transfer: Maintaining a relatively uniform and large average temperature difference across the entire heat transfer surface, the heat transfer efficiency is significantly improved compared to parallel heat transfer.
Superior temperature control: The outlet temperature of the cold fluid can be close to the inlet temperature of the hot fluid, allowing for deeper cooling and higher heat energy recovery.
Energy and Cost Savings: Higher efficiency means less heat transfer area or lower coolant flow required for the same task, resulting in lower long-term operating costs.
Advantages: high efficiency, energy saving, able to achieve lower condensation temperature or higher heating temperature. It is the first choice for most industrial applications.

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