Working principle of waste heat regeneration adsorption dryer:

The high-temperature compressed air discharged from the air compressor has two properties: heat and high unsaturation. The waste heat regeneration adsorption dryer effectively uses this raw compressed air to heat and regenerate the adsorbent, saving the power consumption of the electric heater required by the micro heat suction dryer series and eliminating the gas consumption in this stage. After the heating and regeneration are completed, the raw compressed air directly enters the water cooler for cooling and then enters the adsorption tower for adsorption to obtain dry finished gas. At the same time, we take 3% of the finished gas to cold blow regenerate the already heated adsorbent. After the cold blow is completed, the dual tower switch is completed.

Characteristics of waste heat regeneration adsorption dryer:

1. Efficient and energy-saving;

2. The pressure dew point can reach -20 ℃ to -40 ℃;

3. Average regeneration gas consumption ≤ 1.5%;

4. High quality switching valves, stable and reliable, can ensure the integrity of the workflow and extend the working life of components;

5. Selecting highly hygroscopic activated alumina with uniform shape and size, high strength, low dew point output, minimal dust generation, and long service life;

6. Adopting a unique regeneration pipeline design, it ensures that the regenerated gas is evenly distributed during heating and cold blowing, resulting in uniform heating of the adsorbent at the center of the adsorption tower, fast heat dissipation, and thorough regeneration;

7. Third level drainage function;

8. Low pressure loss;

Working condition and technical data

Model parameters of waste heat regeneration adsorption dryer