Dryers

High Pressure heatless Adsorption / Regeneration Dryers

The compressors are the ideal solution for operation at atmospheric suction pressure or use as gas-tight boosters with pre-pressures up to 25 barg.

Pressure Range: 150 – 420 bar
Flow: 50 – 1800 m³/hour
No. of Vessels: 3
Purity Class: EN 1201, Class 1.2.1 as per ISO8573-1

High Pressure heatless Adsorption / Regeneration Dryers

The compressors are the ideal solution for operation at atmospheric suction pressure or use as gas-tight boosters with pre-pressures up to 25 barg.

Pressure Range: 150 – 420 bar
Flow: 50 – 1800 m³/hour
No. of Vessels: 2
Purity Class: As per ISO8573-1:2010

Low Pressure Heatless Adsorption / Regeneration Dryer

The compressors are the ideal solution for operation at atmospheric suction pressure or use as gas-tight boosters with pre-pressures up to 25 barg.

Pressure Range: 4 – 16 bar
Flow: 100 – 6500 m³/hour
No. of Vessels: 2
Purity Class: As per ISO8573-1

Refrigeration Dryer

The compressors are the ideal solution for operation at atmospheric suction pressure or use as gas-tight boosters with pre-pressures up to 25 barg.

Pressure Range: 4 – 16 bar
Flow: 20 – 13,200 m³/hour
No. of Vessels: 2
Energy Efficient, with inlet & outlet filter.

Hydrogen Dryers H2- Pure

H2-PURE Units are designed for continuous separation of water vapour, oxygen and solid particles from hydrogen gas, making them eligible to all applications possible, including Fuel Cells (ISO 14687:2019).
Operating Pressure: up to 45 bar
Inlet Temp: up to 80 °C
Ambient Temp: 1,5 to 50 °C (check also blower suction conditions)
Pressure Dew Point: -40 °C (lower PDP on request)
Voltage, Frequency: 400 V, 50 Hz
Protection Class (controller): IP 65

High Pressure Breathing Air Dryer

High Pressure Heatless Adsorption /
Regeneration Dryer (Breathing Air Version)

 

Pressure Range:50 – 420 bar
Flow:50- 1800 m3/hour
No. of Vessels:3
Purity Class:EN 12021, Class 1.2.1 as per ISO8573-1
SubstanceEN 12021EU PharmacopoeiaHP-Drv Omega
Water≤ 25 mg/m³PDP @ 1 bar -45°C
67 ppm max.
PDP @ 1 bar (-5°C)
≤ 2,62 mg/m³
Oil≤ 0.5 mg/m³< 0.1 mg/m³< 0.01 mg/m³
CO²≤ 500 ppm≤ 500 ppm≤ 500 ppm
CO≤ 5 ppm≤ 5 ppm≤ 5 ppm
O²21% ± 1%20.9 ± 1%20.9 ± 1%
Odor/TasteTasteless / odorlessTasteless / odorlessTasteless / odorless

High Pressure Heatless Adsorption Dryer

High Pressure Heatless Adsorption / Regeneration Dryer

 

Pressure Range:50 – 420 bar
Flow:50 – 1800 m3/hour
No. of Vessels:2
Purity Class:As per ISO8573-1:2010

Heatless Adsorption Dryers

Low Pressure Heatless Adsorption / Regeneration Dryer

 

Pressure Range:4 – 16 bar
Flow:100 – 6500 m3/hour
No. of Vessels:2
Purity Class:As per ISO8573-1

Refrigeration Dryers

Refrigeration Dryer (Energy Efficient, with inlet & outlet filter)

 

 

Pressure Range:4 – 16 bar
Flow:20 – 13,200 m3/hour

Oil and Water Separator

Condensate is an unavoidable result of air compression. It is a chemically aggressive fluid that mainly consists of water, but also contains oil and dirt particles. Oil carryover is unavoidable if you have compressors that use oil in the compression chamber. The lubricant will mix with the condensation and create an oily water that must be properly handled to avoid violating environmental regulations. Just one litre of used oil can contaminate up to one million litres of fresh water. This is the reason that environmental regulations strictly prohibit the discharge of oily wastes and chemicals, including the condensate drained from a compressed air system. Compressed air condensate must therefore be treated in accordance with water resource legislation to achieve prescribed safety levels before it can be disposed of in the waste water system. Compressor condensate must therefore be either collected and treated by special processes or treated prior to disposal to the environment. An oil/water separator can be used here to remove the oil from the condensate. Since the condensate is approximately 95% water and 5% oil, water/oil separators have been developed to reduce or eliminate the amount of oil in the condensate.

Compressed Air Filter Elements

Key Features
– High-efficiency filtration
– Multiple filtration grades
– Reliable air purification
– Reduced maintenance
Available Types
1. General Purpose Filters
2. Oil Removal Filters
3. Activated Carbon Filters
4. Catalyst Filters
5. Molecular Sieve Filters
6. Sterile Filters
Applications
Food & Beverage | Pharmaceutical | Chemical | Automotive | Electronics

Parameter Details
Product Category Compressed Air Filter Elements
Filtration Types Particle, Oil, Vapor, Water & Microorganism Removal
Filtration Grades Multiple grades available
Air Quality Standard ISO 8573-1
Applications Industrial and Specialized Air Filtration

Note: Exact filtration efficiency and operating pressure depend on the selected filter element and its compatible housing.