Technologies & solutionsExperience is still the best expertise.

Dehumidification systems

Energy-efficient dehumidification systems – cold drying with heat recovery 

Our dehumidifier systems work according to the principle of condensation drying. Since the waste heat from the dehumidification process is used to reheat the air, they have a significantly higher energy efficiency than alternative dehumidification concepts.

The project-specific design and construction is made according to your requirements, whereby residual humidities of only 1.5 g/kg and air outlet temperatures of up to 75°C are possible. The integrated control system ensures adherence to minimum tolerances.

Features

What our solutions have in common:
flexibility, efficiency and sustainability

Maximum
energy efficiency

through integrated heat recovery

Low
residual humidities 

of up to 1.5 g of water per kg air

Highest
control accuracy

by stepless power control

Robust
design

suitable for fresh or recirculating air operation

Keyfacts

We optimize customer benefits through comprehensive measures:

Low energy costs

through recovery of “free of charge” waste heat from the dehumidification process and integration of closed-loop systems for internal heat exchange

Long-term operational reliability and durability

by use of patented fin coil heat exchangers with durable materials and specially designed ventilation units

Variable layout and setup options

due to flexible construction in compact design with integrated refrigeration equipment or in split design with separate installation of the components

Easy integration into the overall system

with ready-to-connect units – only electrical power supply required (no chilled water for pre-cooling or gas / hot water for reheating of the air is necessary)

Individual plant configuration

e.g. for indoor or outdoor installation, in compact or split design, air- or water-cooled, modular design, redundant / multi-circuit design, sound insulation

Consideration of customer specifications

such as mechanical / electrical factory specifications, manufacturer specifications, special control cabinet equipment, communication interfaces, safety devices, etc.

Applications

Areas of application of our dehumidification systems include:

Intermediate drying in industrial painting processes

Dehumidification of conveying air for hygroscopic foodstuffs

Adhesive water drying on cleaned plastic parts

Air conditioning of manufacturing processes sensitive to humidity

Drying of industrial adhesive

Solvent condensation / solvent recovery

References dehumidification systems

Reliable and multifunctional technology – successful in every application

Since 1979 we have been working with our global customers from a wide range of industries to find cost- and energy-saving solutions of the highest quality.

Dehumidification of process air in surface technology

Regensburg

  • Dehumidification system
  • 180 kW cooling, 290 kW heating capacity
  • Dehumidification capacity: 100 l/h
  • Heating of the supply air to 72°C using waste heat from the cooling process

Intermediate dryer for automotive paint shop

Buenos Aires, Argentina

  • Condensation dryer in split design
  • 895 kW cooling capacity, 764 kW heating capacity
  • 3.5 g/kg absolute humidity and 50°C
  • Dehumidification with direct evaporation technology

Dry air for the humidity-sensitive food industry

Hannover

  • Dehumidification system in compact design
  • 80 kW cooling capacity, 110 kW heating capacity
  • Compact system for retrofitting
  • Including humidity and temperature control of the supply air

Dehumidification system for a recirculating air dryer

Tjanjin, China

  • Condensation dryer including ventilation unit
  • 805 kW cooling capacity, 795 kW heating capacity
  • 32,000 m³/h, dehumidification to 3.8 g/kg
  • 6-stage process with heat recovery system 

Solvent condensation from process exhaust air

Sunderland, England

  • Compact condensation dryer
  • 130 kW cooling capacity, 210 kW heating capacity
  • Dehumidification capacity: 80 l/h
  • Compact design including ventilation technology and heat recovery system