The pressure swing adsorption nitrogen generator (referred to as PSA nitrogen generator) utilizes the adsorption characteristics of carbon molecular sieves, adopts a cycle of pressurized adsorption and depressurized desorption to achieve air separation and continuously produce high-purity product nitrogen. It has the characteristics of low production cost, low maintenance, one-time investment, and low infrastructure requirements.

Most of the PSA oxygen generation systems are customized, and the oxygen consumption needs to be calculated according to the actual needs of users. The method of calculating the oxygen consumption is not difficult, but it is a necessary business ability for every seller.

Molecular sieve pressure swing adsorption (PSA) air separation technology is a low-cost, convenient and fast to obtain oxygen (nitrogen) gas technology. In fact, it also has certain requirements for the environment. Only in a suitable environment can molecular sieve pressure swing adsorption (PSA) oxygen (nitrogen) system system performance to the maximum.

Medical central oxygen supply system is composed of central oxygen supply station, pipeline, valve and oxygen supply plug terminal. The product oxygen is produced by the central oxygen supply station, and then transported to the operating room, rescue room, treatment room and the terminal of each ward through the pipeline and pressure relief device for medical usage.

Benefits of Laser Cutting with Nitrogen & Benefits of Using a Nitrogen Generator to Get Nitrogen

PSA oxygen generator belongs to air separation equipment, which can separate oxygen from air by physical separation method; It has low requirements for production environment and low energy consumption, and is very suitable for small and medium-sized oxygen demand.

In the oxygen generation system, all instrument pipelines and fittings used for oxygen passage must be strictly degreased before installation (carbon tetrachloride or alcohol can be used). For the detection pipeline of the lubricating oil system, the internal rust and impurities should be removed to keep the lubricating oil clean. After the instrument detection pipeline is installed, an oil pump must be used to repeatedly circulate the lubricating oil in the pipeline for cleaning. The installati

The storage of medical oxygen gas shall be in a special room, and its plane layout, fire resistance rating of buildings, safe passage and fire protection shall comply with the provisions of “Code for Fire Protection Design of Buildings” (GB 50016). The lightning protection of the central oxygen supply station shall comply with the provisions of “Code for Design of Lightning Protection of Buildings” (GB 50057), and the impulse grounding resistance shall not be greater than 30 Ω. The ele

As an important part of the oxygen nitrogen production system, the air compressor needs extra attention and protection in a cold environment, otherwise the whole system will not work properly.

Generally speaking, a medical gas system will include 7 parts, medical vacuum pump system, air compressor system, oxygen generator system, medical gas pipeline system, medical gas monitoring system, bedside device and medical gas outlet (terminal). The 7 systems perform their respective duties and work together to achieve the medical gas needs of the hospital.