Three Importances of Medical Molecular Sieve Oxygen System

The medical molecular sieve oxygen production system uses zeolite molecular sieve as the adsorbent, and uses pressure swing adsorption (SPA) to produce medical oxygen equipment (referred to as oxygen generator). The equipment uses air as raw material under normal temperature and low pressure, and directly separates it by physical methods, thereby improving the purity of medical oxygen.

The principle of medical molecular sieve oxygen production: The core component of the oxygen production system is the oxygen-producing molecular sieve. The molecular sieve is a semi-permanent adsorbent molecular sieve with zeolite as the main raw material. It can enter the cavity through the orifice of the micropore, adsorb on the surface of the cavity, and desorb and release under certain conditions, and molecules larger than the pore size cannot enter, thereby effectively separating nitrogen and oxygen. Oxygen can be sent to various hospitals for use through oxygen storage tanks.

The principle of medical molecular sieve oxygen production system equipment: The medical molecular sieve oxygen production system is composed of different systems, which are mainly divided into gas source systems. The main function is to provide compressed gas source for the adsorption separation system, which is important for energy consumption and noise influence. The adsorption separation system can stabilize the gas pulsation and pressure fluctuation, and can also separate the water in it, which can ensure the high-efficiency work of the molecular sieve and make it work for a longer period of time.

There are many things that need to be paid attention to in the design of the medical molecular sieve oxygen generation system, and solutions are made according to the problems existing in the process of the medical molecular sieve oxygen generation system. The molecular sieve oxygen production system brings convenience to medical treatment, but also brings a certain degree of hidden dangers. Therefore, comprehensive consideration should be given in the design plan to minimize problems and improve efficiency during application, so that the molecular sieve oxygen production system can be used. Longer life.

Three important points of medical molecular sieve oxygen production system:

1. The importance of adsorption separation system: The main components of the medical molecular sieve oxygen production system are adsorption towers and control valves. The process of adsorption, desorption and degassing is mainly completed alternately under the action of double towers. Nitrogen is released while producing oxygen. When designing a medical molecular sieve oxygen production system, it is necessary to carefully study how to make the structural design and process design parameters of the adsorption tower more reasonable, so as to ensure its working efficiency and working time.

2. The importance of the storage supply system: The storage supply system is mainly composed of: oxygen storage tank, dust filter, busbar and air filling. The dust filter can provide clean and pollution-free oxygen, and the bus bar can ensure the supply of oxygen in the event of a power failure, which can ensure the safety of the system. In the design, it is necessary to consider how the busbar is designed to ensure that it can provide more oxygen.

3. The importance of controller communication: the control system plays the role of starting, adjusting and normal operation in the case of molecular sieve oxygen production. In the design, the control system should be adjusted in time according to the actual situation, so as to provide better services for the hospital when there is no one on duty.