The box-type small nitrogen generator uses purified pre-treated compressed air as the raw material gas, which enters the adsorption tower equipped with adsorbent (carbon molecular sieve). The separation of usable nitrogen gas is achieved based on the different adsorption capacities of nitrogen and oxygen in the compressed air as they pass through the adsorbent at varying pressures. When the pressure increases, oxygen is adsorbed by the adsorbent, while nitrogen flows out of the adsorption tower and into the nitrogen storage tank. When the pressure decreases, the adsorbent releases oxygen and is regenerated. Through this alternating operation of the two adsorption towers, nitrogen and oxygen are separated, enabling continuous production of the required nitrogen gas. The nitrogen generation device is mainly composed of compressed air pretreatment, compressed air buffer treatment, adsorption separation treatment, nitrogen buffer treatment, and control components.

The box-type small nitrogen generator uses purified pre-treated compressed air as the raw gas, which enters the adsorption tower equipped with adsorbent (carbon molecular sieve). According to the different adsorption amounts of nitrogen and oxygen in the compressed air when passing through the adsorbent at different pressures, the usable nitrogen is separated. When the pressure is increased, oxygen is adsorbed in the adsorbent, and nitrogen flows out of the adsorption tower and enters the nitrogen storage tank; when the pressure is reduced, the adsorbent is deoxygenated and regenerated; in this way, the two adsorption towers alternately reciprocate to achieve nitrogen and oxygen separation, thereby continuously producing the required nitrogen for use. The nitrogen making device is mainly composed of compressed air pretreatment, compressed air buffer treatment, adsorption separation treatment, nitrogen buffer treatment, and control components.

The box-type small nitrogen generator uses purified pre-treated compressed air as the feed gas, which enters the adsorption tower equipped with adsorbent (carbon molecular sieve). According to the different adsorption capacities of nitrogen and oxygen in the compressed air when passing through the adsorbent at different pressures, the pure nitrogen is separated. When the pressure is increased, oxygen is adsorbed in the adsorbent, and nitrogen flows out of the adsorption tower and enters the nitrogen storage tank; when the pressure is reduced, the adsorbent is regenerated by releasing oxygen. In this way, the two adsorption towers operate alternately to achieve nitrogen and oxygen separation, thereby continuously producing the required nitrogen for use. The nitrogen generation system is mainly composed of compressed air pretreatment, buffer treatment, adsorption separation, nitrogen buffer, and control components.

The box-type small nitrogen generator uses purified pre-treated compressed air as the feed gas, which enters the adsorption tower equipped with adsorbent (carbon molecular sieve). According to the different adsorption capacities of nitrogen and oxygen in the compressed air when passing through the adsorbent at different pressures, the pure nitrogen is separated. When the pressure is increased, oxygen is adsorbed in the adsorbent, and nitrogen flows out of the adsorption tower and enters the nitrogen storage tank; when the pressure is reduced, the adsorbent is regenerated by releasing oxygen. In this way, the two adsorption towers operate alternately to achieve nitrogen and oxygen separation, thereby continuously producing the required nitrogen for use. The nitrogen generation system is mainly composed of compressed air pretreatment, buffer treatment, adsorption separation, nitrogen buffer, and control components.

The box-type small nitrogen generator uses purified pre-treated compressed air as the feed gas, which enters the adsorption tower equipped with adsorbent (carbon molecular sieve). According to the different adsorption capacities of nitrogen and oxygen in the compressed air when passing through the adsorbent at different pressures, the pure nitrogen is separated. When the pressure is increased, oxygen is adsorbed in the adsorbent, and nitrogen flows out of the adsorption tower and enters the nitrogen storage tank; when the pressure is reduced, the adsorbent is regenerated by releasing oxygen. In this way, the two adsorption towers operate alternately to achieve nitrogen and oxygen separation, thereby continuously producing the required nitrogen for use. The nitrogen generation system is mainly composed of compressed air pretreatment, buffer treatment, adsorption separation, nitrogen buffer, and control components.

The box-type small nitrogen generator uses purified pre-treated compressed air as the feed gas, which enters the adsorption tower equipped with adsorbent (carbon molecular sieve). According to the different adsorption capacities of nitrogen and oxygen in the compressed air when passing through the adsorbent at different pressures, the pure nitrogen is separated. When the pressure is increased, oxygen is adsorbed in the adsorbent, and nitrogen flows out of the adsorption tower and enters the nitrogen storage tank; when the pressure is reduced, the adsorbent is regenerated by releasing oxygen. In this way, the two adsorption towers operate alternately to achieve nitrogen and oxygen separation, thereby continuously producing the required nitrogen for use. The nitrogen generation system is mainly composed of compressed air pretreatment, buffer treatment, adsorption separation, nitrogen buffer, and control components.