ZBN nitrogen generator

Descripción del producto

Working Principle
Under certain pressure, with the use of the difference of diffusion rate between nitrogen and oxygen into air on carbon molecular sieve; oxygen molecule ins absorbed largely by the carbon molecular sieve and nitrogen molecule concentrates in gas-phase in a short time, so as to realize separation of oxygen and nitrogen.
Due to the absorption capacity of carbon molecular sieve for oxygen varies largely from different pressure, reducing the pressure can make the carbon molecular sieve release absorbed oxygen molecular and regenerate the carbon molecular sieve, so as  to realize repeated recycling of it.
It adopts the technique of two absorption towers, whcih one tower absorbs oxygen and produces nitrogen, while another tower releases the absorbed oxygen and regenerates the carbon molecular sieve. This cyclic-alternating Patten can produce high-quality nitrogen continuously.
 
Technical Features
Low energy consumption, less cost, strong adaptablity,rapid nitrogen production and adjustable purity.
 Perfect technique process design and optimal using effect.
Modular structure design and saving of floor space.
Convenient operation, stable performance, high automation and unattended operation.
Reasonable inner structure, uniform distribution of airflow, reducing of high-speed impacts of the airflow.
Unique protection measure for carbon molecular sieve extends service life of the carbon molecular sieve.
Key parts adopt the famous brand, which is the effective guarantee of the equipment quality.
Automatic venting device with national patented technology ensures quality of produced nitrogen.
It has functions of diagnosis, alarming and automatic troubleshooting for several failures.
Touch-screen display, dew point detection, energy-saving control   ,DCS communication,etc.are optional.

Technical parameters Nitrogen Flow: 1~***0Nm³/h
Nitrogen Purity: *5%~*9.**9%
Absorbent pressure: 0.5~1.2MPa
Nitrogen Pressure:0.1~0.*8MPa(adjustable)
Nitrogen Dew Point:**0ºC or **0ºC