Waste Heat Regeneration Air Dryer is a new type of adsorption dryer that belongs neither to the heated regeneration type nor to the heatless regeneration type. Instead, it utilizes temperature swing adsorption (TSA) technology, which directly uses the heat from the high-temperature exhaust of the air compressor to regenerate the desiccant, ensuring thorough regeneration of the adsorbent. Even under low-pressure conditions of 0.35 MPa, as long as the compressor's load rate is not less than 70%, the drying device can operate reliably. Therefore, it fully utilizes its own energy source, offering energy-saving benefits. By eliminating the electric heater found in micro-heat regeneration dryers and consuming no compressed air during the heating regeneration process, the waste heat regeneration compressed air dryer is a new energy-efficient compressed air drying equipment.

Technical Features of Waste Heat Regeneration Air Dryer
1. Equipped with an advanced microcomputer controller, enabling communication and integrated control with excellent performance.
2. Utilizes high-quality butterfly valves for fast switching, accurate and reliable operation.
3. Features a gas diffusion device to ensure uniform airflow distribution within the tower. The unique filling method extends the service life of the adsorbent.
4. The regeneration process utilizes waste heat from the air compressor, resulting in low energy consumption during regeneration.
5. Compact and rational overall layout, simple installation, and easy maintenance.

Technical Specifications of Waste Heat Regeneration Air Dryer
Working Pressure: 0.3~1.0 MPa
Inlet Temperature: ≥100°C
Atmospheric Dew Point of Product Air: ≤-40°C (alumina) ≤-52°C (molecular sieve)
Control Method: Microcomputer automatic control
Working Cycle: 6～8h
Regeneration Air Consumption: ≤2%

Technical Parameters of Waste Heat Regeneration Adsorption Air Dryer