Heat transfer | Heat recovery | Energy efficiency
Cooling Dehumidifiers for Process Air
Cool and dehumidify industrial process air by condensation, with droplet separation and optional reheating in a custom stainless steel unit.
Your process. Your requirements.
Built around the application.
Anytherm cooling dehumidifiers remove moisture by cooling process air below its dew point. A demister separates entrained droplets, and a reheating stage can raise the air temperature above the dew point to meet the downstream process requirements.
Features & options
- Cooling with chilled water, glycol or refrigerants, according to the design.
- Droplet separation with a stainless steel demister.
- Optional reheating with steam or hot water.
- Integration with other air handling and filtration stages.
Technical overview
Design data & materials
| Parameter | Design / scope |
|---|---|
| Air mass flow | Up to 200,000 kg/h per unit |
| Outlet moisture content | Typical published range: 5–6 g/kg, depending on inlet and cooling conditions |
| Housing, tubes and demister | AISI 304 or AISI 316 stainless steel |
| Fins | Aluminium or stainless steel |
| Insulation | Mineral wool |
Why Anytherm
Process understanding.
Practical engineering.
Personal support.
We work through the requirements with your team and develop a scope that fits the process, installation and operating needs.
A complete dehumidification arrangement
Cooling, demisting and reheating are considered together.
Matched to your cooling utilities
The coil and operating conditions are selected for the available chilled water, glycol or refrigerant.
Process air integration
We can combine drying with filtration, heating and additional air treatment stages.
Cooling, separation and reheating
The cooling stage condenses water from the air. Droplet separation and condensate handling are part of the arrangement. Reheating is selected where the process requires a warmer outlet while retaining the reduced moisture content.
Choose the drying method for the required humidity
Condensation drying depends on the available cooling temperature and inlet conditions. For lower moisture requirements, sorption dehumidification can be considered, including combinations with a pre-cooling stage.
A closer look
Project examples & equipment details
Select an image to enlarge it. Configurations shown are examples; the final scope is tailored to the project.
Before your enquiry
Practical questions
Why reheat air after dehumidification?
Reheating raises the air temperature above the dew point when required by the process. It does not add back the moisture removed in the cooling stage.
When should sorption drying be considered?
Sorption drying is an option when the required moisture content cannot be achieved with the available cooling conditions. The selection depends on the complete process duty.
What should I include in my enquiry?
Include the air mass flow, inlet temperature and humidity, target outlet temperature and moisture content, and available cooling medium temperatures.
Share what you already know. You do not need a complete specification to start the discussion.
Related equipment & expertise
Let’s talk about your process
Discuss your project
with our engineering team.
Share your requirements or a question. We will help you find the right starting point.
Start with your process, operating conditions and what you want to improve. A complete specification is not needed — our sales and engineering team will help clarify the next step.
Contact our team
[email protected]
+41 78 722 2200
Your air handling & air heating specialist
Gabriel Kägi · Head of Sales Engineering
[email protected]
Send us your request
Tell us about your process requirements, technical specifications or potential energy savings.
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