制氮機分子吸附系統和其它吸附系統有什么不同 ？

制氮機分子篩吸附劑的應用優(yōu)勢 吸附選擇性，這是由于分子篩整潔統一的孔隙大小,是一個離子吸附劑。

The application of molecular sieve adsorbent of nitrogen generator has the advantage of adsorption selectivity, which is due to the clean and uniform pore size of molecular sieve, which is an ion adsorbent.

以便它可以有選擇地吸附不同分子大小和極性。因為它可以有效地從飽和烴乙烯、丙烯是移除,它可以有效地從乙炔乙烯,這是由其極性決定。 吸收能力，即使是低濃度的氣體成分,仍然有大量的吸附能力。

So that it can selectively adsorb different molecular sizes and polarity. Because it can be effectively removed from saturated hydrocarbon ethylene and propylene, it can be effectively removed from acetylene ethylene, which is determined by its polarity. Absorption capacity, even for low concentration gas components, there is still a large amount of adsorption capacity.

仍然大量吸附容量在更高的溫度,而其他吸附劑受溫度的影響很大,因此在同一溫度條件下,分子篩吸附能力大。

The adsorption capacity of molecular sieve is still large at higher temperature, and other adsorbents are greatly affected by temperature, so the adsorption capacity of molecular sieve is large at the same temperature.

正是由于這些優(yōu)勢,分子篩成為很好的吸附劑,廣泛應用于基本有機化工、石油化工生產、管理的有害氣體,也常用在二氧化硫,氮氧化物、二氧化碳、水蒸氣和氣態(tài)的碳氫化合物氣體凈化。

Because of these advantages, molecular sieve has become a good adsorbent, which is widely used in the production and management of basic organic chemical industry and petrochemical industry. It is also commonly used in the purification of sulfur dioxide, nitrogen oxide, carbon dioxide, water vapor and gaseous hydrocarbon gas.

其他吸附劑，去除上面主要吸附劑,常用的吸附劑有漂白地球和活性白土,可口可樂粒子和白云石,腐殖質吸附劑,吸附樹脂。 吸附劑浸漬，這是吸附劑能力(容量)和一個有效的方法提高選擇性。

Other adsorbents, to remove the main adsorbents above, commonly used adsorbents are bleached earth and activated clay, Coca Cola particles and dolomite, humus adsorbent, adsorption resin. Adsorbent impregnation, which is the adsorbent capacity (capacity) and an effective way to improve selectivity.

其方法是推進吸附劑是沉浸在某些物質的一個解決方案,那么這些特定的吸附劑吸附物質是干,然后去某些氣體的吸附物質,而這些物質之前表面吸附氣體吸附特定的物質化學反應劑。同樣的吸附劑,吸附根據污染物排放有害氣體的類型,選擇浸漬某些物質以提高選擇性吸附。

The method is to promote the adsorbent is immersed in a solution of certain substances, then these specific adsorbents adsorb substances are dry, and then go to the adsorbed substances of certain gases, and these substances are previously adsorbed on the surface of gases to adsorb specific chemical reactants. For the same adsorbent, according to the type of harmful gas emitted by pollutants, some substances can be impregnated to improve the selective adsorption.