5Nm³/h 93% Purity PSA Oxygen Generator for Small-Scale Medical Scenarios
In emergency medical settings—such as community health centers, rural clinics, and emergency rescue vehicles—timely and stable oxygen supply is critical for saving lives, especially for patients with acute respiratory failure, myocardial infarction, or trauma-induced hypoxia. The PSA Oxygen Generator (Pressure Swing Adsorption Oxygen Generator), a specialized pressure swing adsorption oxygen plant for medical use, operates on PSA technology for oxygen generation to physically separate oxygen from ambient air using medical-grade molecular sieves, delivering 93% pure oxygen without chemical reactions or harmful by-products.
As a compact PSA medical oxygen generator, it offers distinct advantages over traditional oxygen cylinders: fast start-up (within 2 minutes), continuous supply, and easy operation—perfectly matching the space constraints and urgent oxygen needs of small medical facilities and emergency scenarios. This 5Nm³/h 93% purity model, optimized for portability and safety, has become indispensable emergency support equipment for primary medical institutions and on-site rescue teams.
Why PSA Medical Oxygen Generator Surpasses Oxygen Cylinders in Emergency Medicine
Medical emergency scenarios have unique oxygen supply demands: instant availability, stable purity, and portability—all addressed by PSA medical oxygen generators:
- Instant Supply vs. Cylinders: Traditional oxygen cylinders require pre-checking pressure, connecting regulators, and purging pipelines—taking 5-8 minutes to start supply. In contrast, the PSA generator delivers 93% pure oxygen within 2 minutes with one key, critical for patients with cardiac arrest where every second affects survival rate.
- Purity Stability vs. Cylinders: Oxygen cylinders often suffer from purity degradation (down to 85%) after repeated use due to valve contamination, risking treatment failure for severe hypoxia patients. The PSA generator's 93%±2% purity ensures consistent oxygen quality, meeting emergency oxygen therapy requirements.
- Portability vs. Cylinders: A 40L oxygen cylinder weighs 60kg and lasts only 1 hour for a ventilator, requiring 2-3 cylinders per emergency mission. The 45kg PSA generator with battery backup provides 4 hours of continuous supply, reducing logistical burden for field rescue teams.
PSA Oxygen Plant Working Principle: Emergency-Oriented Simplification
The PSA oxygen plant working principle for medical emergency is based on standard pressure swing adsorption technology but optimized for simplicity and reliability:
- Streamlined Process: Ambient air is drawn into the generator and filtered through a three-stage system (dust removal, dehumidification, oil adsorption) to remove impurities. The purified air enters an adsorption tower where molecular sieves selectively adsorb nitrogen, leaving 93% pure oxygen.
- Emergency-Focused Design: The traditional dual-tower structure is simplified to a single tower with high-efficiency molecular sieve, reducing volume and weight while maintaining output.
- Battery Backup System: The built-in lithium battery automatically activates during power outages, ensuring uninterrupted oxygen supply—avoiding the risk of cylinder pressure depletion in critical moments.
Safety Design of Pressure Swing Adsorption Oxygen Plant for Medical Emergency
Safety is paramount in medical emergency, and the pressure swing adsorption oxygen plant incorporates multi-layer protection measures:
- Overpressure and Leakage Protection: Oxygen outlet equipped with pressure relief valve (triggered at 0.6MPa) to prevent pipeline burst
- Purity Monitoring: LED display shows real-time oxygen purity; if purity drops below 90%, alarm activates and generator automatically shuts down
- Battery Safety: Lithium battery uses overcharge, over-discharge, and short-circuit protection technology
- Hygiene Compliance: All oxygen-contacting parts made of 316L stainless steel, easy to clean and disinfect
The 5Nm³/h 93% purity PSA Oxygen Generator, as a specialized medical oxygen generation plant, has revolutionized emergency oxygen supply in small-scale medical scenarios. Its advantages—fast start-up, stable purity, portability, and low cost—solve the core pain points of traditional oxygen cylinders, improving emergency response capacity of community clinics, rural health stations, and rescue teams.
Your message must be between 20-3,000 characters!
English
