1. Equipment performance lays a solid foundation
Hospital Oxygen Generator usually adopts advanced oxygen generation technology, such as PSA oxygen generation technology, which uses molecular sieves to efficiently separate oxygen from the air, and has the advantages of high oxygen generation efficiency, low operating cost, and long equipment life. Taking some brands as an example, their medical oxygen generator can achieve continuous operation for more than 100,000 hours, and the service life can reach more than 10 years, which provides a solid equipment foundation for responding to public health emergencies.

In terms of oxygen concentration, modern hospital oxygen generators can generally meet the demand for medical-grade oxygen, with a concentration of up to 93±3%, or even higher. This high-concentration oxygen supply is essential for treating critically ill patients and supporting the use of ventilators, especially during the peak of the epidemic, which can effectively alleviate the shortage of medical resources.

2. Emergency response mechanism ensures rapid action
In the face of public health emergencies, the emergency response mechanism of hospital oxygen generators is particularly important. On the one hand, hospitals should establish a complete emergency plan, including emergency command center for emergencies in oxygen generator rooms, on-site rescue team, security team, medical rescue team and other emergency teams to ensure that the emergency plan can be quickly activated when an incident occurs and rescue forces can be organized for on-site rescue.

On the other hand, hospital oxygen generators should have the ability to start quickly and adjust automatically. After receiving emergency instructions, the equipment can quickly enter the working state, automatically adjust the oxygen flow and concentration according to actual needs, and ensure that patients are provided with stable and high-quality oxygen supply in the shortest time.

3. Continuous oxygen supply capacity guarantees lifeline
In public health emergencies, a continuous and stable oxygen supply is the lifeline for treating patients. Hospital Oxygen Generator ensures long-term continuous oxygen supply capacity by adopting technical means such as large-capacity oxygen storage tanks, high-efficiency compressors and intelligent control systems. For example, some models of mobile liquid oxygen converters can provide up to 120~130 hours of continuous oxygen supply, which is very suitable for ambulances to transport patients over long distances or as a backup oxygen source during the peak of the epidemic.

In addition, hospital oxygen generators should also have fault self-detection and alarm functions. When the equipment fails or the oxygen concentration is lower than the set value, the alarm system can be automatically triggered to notify relevant personnel to handle it in time to ensure the continuity and stability of oxygen supply.

4. Intelligent management improves emergency efficiency
With the continuous development of medical technology, intelligent management has become an important means to improve the emergency efficiency of hospital oxygen generators. By introducing advanced technologies such as the Internet of Things, big data, and cloud computing, hospitals can realize remote monitoring, data analysis, and fault warning of oxygen generators.

When a public health emergency occurs, the intelligent management system can quickly collect and analyze key data such as equipment operating status, oxygen concentration, and flow rate, providing a scientific basis for emergency decision-making. At the same time, through the remote monitoring function, technicians can understand the status of the equipment in real time, discover and handle potential faults in a timely manner, and ensure that the equipment can perform at its efficiency at critical moments.