Description of Nitrogen generator

Nitrogen generator is a nitrogen generating equipment designed and manufactured according to the pressure-changing adsorption technology. Usually two absorption towers are used in parallel, and the automatic control system strictly controls the time series according to specific programmable procedures, and conducts pressure adsorption and decompression regeneration alternately to complete the separation of nitrogen and oxygen and obtain the required high purity nitrogen. Nitrogen generator uses air as raw material and uses physical method to separate oxygen and nitrogen from it. There are three methods of nitrogen production in industry, which are sublimate separation method, molecular sieve air separation method and membrane air separation method.

Features:
(1) nitrogen production is convenient and quick:
Advanced technology and unique air distribution make the air distribution more uniform and efficiently utilize carbon molecular sieve, which can provide qualified nitrogen in about 20 minutes.
(2) easy to use:
The equipment is of compact structure and small floor area, so there is no need for infrastructure investment, and only need to connect the power supply on site to produce nitrogen.
(3) more economical than other methods of nitrogen supply:
PSA process is a simple method of nitrogen production. It uses air as raw material, and its energy consumption is only the electric energy consumed by the air compressor. It has the advantages of low operating cost, low energy consumption, high efficiency, etc.
(4) electromechanical integration design realizes automatic operation:
The imported PLC controls the full-automatic operation, which can realize unattended operation.
(5) wide range of application:
Protective gas in the process of metal heat treatment; nitrogen filling and purification of chemical industrial production gas and all kinds of storage tanks and pipelines; production gas of rubber and plastic products; Oxygen discharge and fresh-keeping packaging in food industry; purification and covering gas in the beverage industry; nitrogen-filling packaging in the pharmaceutical industry and nitrogen-discharging oxygen in containers; protective gas in the production process of electronic components and semiconductor in the electronic industry.