Description
Key Features
Minimal purge air requirement — regeneration consumes just 2–3% of compressed air, delivering substantial energy savings and lower running costs.
Thermal regeneration via blast heating — efficiently restores adsorbent activity by removing moisture without halting production.
Integrated intermediate cooling — boosts cooling efficiency and ensures repeatable, stable regeneration performance.
Available deep drying option — achieve outlet dew points of -20°C or -40°C for critical applications requiring ultra-dry air.
Engineered for 24/7 industrial service — capable of sustained high-load operation and large airflow processing.
Flexible design customization — adapt airflow capacity, pressure rating, and unit size to suit unique application demands.
Operating Conditions & Technical Requirements
Suitable for: Dry compressed air and non-reactive, non-corrosive gases
Standard Inlet Pressure: 0.7 MPa (adjustable between 0.6–1.0 MPa; custom ratings supported)
Recommended Inlet Air Temperature: 10–30°C (up to 40°C peak)
Maximum Inlet Dew Point: 25°C
Regeneration Air Requirement: Only 2–3% purge, ensuring high efficiency
Available Outlet Dew Points: -20°C or -40°C, selectable based on process needs
Design Ambient Temperature: 35°C (functional in environments from 2°C to 40°C)
Why Choose the Low Air Consumption Adsorption Dryer
Low-energy operation — minimal purge air requirement reduces running costs and enhances system efficiency.
Reliable deep drying — delivers a stable, low pressure dew point to safeguard sensitive equipment and ensure process integrity.
Designed for 24/7 industrial service — capable of sustained high-load operation in demanding environments.
Tailored system design — flexible customization available for airflow capacity, operating pressure, and spatial requirements.
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