Technical framework and its advancement of unmanned operation for medical molecular sieve oxygen generation system
ZUO Jianxiong
QIU Chao
ZHANG Xing
LIU Jixun
Abstract：In recent years,with the increasing maturity of pressure swing adsorption technology,medical molecular sieve oxygen generation system has been favored by hospitals and health service institutions at all levels at home and abroad for its advantages of low pressure oxygen generation,safety and reliability,high efficiency and energy saving,simple operation,full automation,unmanned operation and remote control.It has been explosively promoted and applied in response to shortages of medical oxygen during the public health emergency pandemic.We discussed how to use the technical framework of unmanned operation with intelligentization and informatization as the core to achieve automatic operation and remote control of the oxygen generation system,so as to improve the safety,portability,and economy of the medical molecular sieve oxygen generation system as a whole,and provide powerful technical support for the popularization and application of this new oxygen generation technology and system equipment.
Keywords：pressure swing adsorptionmedical oxygen generation systemunmanned operationintelligentizationinformatization
Publication Date：2024-02-28
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：6( 32-37 )