Zero gas consumption regeneration adsorption dryer: a new generation of drying technology

Compressed air is a widely used power source in various industrial fields, but its moisture and impurities can have adverse effects on equipment and products. To address this issue, drying equipment is widely used in the pre-treatment process of compressed air. Among them, the zero consumption regeneration adsorption dryer, as an advanced drying equipment, has received widespread attention due to its advantages of high efficiency, energy conservation, and environmental protection.

1、 The working principle of zero gas consumption regenerative adsorption dryer

The zero consumption regeneration adsorption dryer adopts advanced pressure swing adsorption principle, and dries compressed air by filling it with high water absorption alumina or molecular sieve. During the adsorption process, the moisture in the compressed air is adsorbed by the adsorbent, resulting in dry air. Compared with other drying methods, the zero consumption gas regeneration adsorption dryer does not require other energy consumption, such as heating, cooling, etc., thus having higher energy utilization efficiency and better drying effect.

2、 Advantages of zero gas consumption regeneration adsorption dryer

Efficient and energy-saving: The zero consumption regenerative adsorption dryer adopts advanced pressure swing adsorption principle, which can achieve efficient air drying at low energy consumption and high energy utilization efficiency.

High dryness: The zero consumption regenerative adsorption dryer can dry compressed air to a dew point of -40 to -70 degrees Celsius, which is much higher than traditional cooling and drying methods. It can effectively prevent product moisture and improve product quality and stability.

Easy to operate: The zero consumption regeneration adsorption dryer adopts an advanced control system, which can achieve automatic control and remote monitoring, making it easy to operate and maintain.

Environmental protection and safety: The zero consumption gas regeneration adsorption dryer adopts a non heati