The "all-purpose key" to solve the oxygen supply problem​​

​​1. Medical institutions: the "lifeline" of stable oxygen supply​​

Scenario pain points​​: Hospitals need 24-hour continuous oxygen supply, traditional oxygen concentrators are difficult to expand, have high energy consumption, and sudden failures can easily lead to oxygen supply interruptions.

​​Solutions for modular oxygen concentrators:

​​Expand on demand​​: Modular design supports seamless upgrades of equipment production capacity from 1 cubic meter/hour to 100 cubic meters/hour, adapting to different needs from clinics to tertiary hospitals.

​​Redundancy guarantee​​: A single module operates independently, and can automatically switch to a backup module in case of failure, ensuring zero interruption of oxygen supply in key areas such as emergency and ICU.
​​

Intelligent operation and maintenance​​: The Internet of Things monitors oxygen concentration, flow and other parameters in real time, remotely warns of faults, and reduces operation and maintenance costs by more than 50%.

​​2. Plateau areas: "Mobile oxygen warehouse" to solve the problem of hypoxia​​

​​

Scenario pain points​​: Oxygen is thin in high-altitude areas, and residents' lives, tourism and engineering construction face the risk of hypoxia. Traditional oxygen supply equipment is bulky and relies on fixed infrastructure.
​​

Breakthrough of modular oxygen generators​​:

​​Lightweight deployment​​: The modular structure can be quickly assembled in plateau camps, hotels or mobile vehicles without complex infrastructure, and deployment can be completed within 72 hours.
​​

Anti-hypoxic environment​​: The output oxygen concentration is stable at more than 90%, alleviating altitude sickness and ensuring the safety of workers, tourists and patients with chronic diseases.

​​Energy-saving adaptation​​: It can still operate efficiently in low-pressure environments on the plateau, and its energy consumption is 40% lower than that of diesel air compressors, solving the problem of fuel transportation.

​​3. Industrial field: "Invisible pusher" of process upgrades​​

​​Scenario pain points: Electronic manufacturing, chemical industry and other industries require high-purity oxygen (≥99.6%), and traditional oxygen production equipment occupies a large area and has high maintenance costs.

​​Empowerment of modular oxygen generators:

​​

Precise oxygen supply: Molecular sieve adsorption technology achieves oxygen purity of more than 99.99%, which is suitable for high-precision process requirements such as laser cutting and glass melting.
​​

Space optimization: The modular unit occupies only 1/3 of the area of ​​traditional equipment, which is suitable for small and medium-sized enterprises with limited factory space.
​​

Cost reduction and efficiency improvement: The energy consumption of pressure swing adsorption (PSA) technology is 60% lower than that of deep cooling method, and the long-term use cost can save millions of dollars.
​​

Industry feedback: After a semiconductor factory in Southeast Asia introduced a modular oxygen production system, the stability of oxygen supply was improved, the yield rate increased by 8%, and the annual cost savings exceeded 2 million US dollars.

​​

Fourth, emergency medical care: "golden oxygen supply station" for post-disaster rescue​​
​​

Scenario pain points: In disasters such as earthquakes and epidemics, temporary medical points need to quickly establish oxygen supply systems, but traditional equipment is difficult to transport and slow to start.

​​Emergency advantages of modular oxygen generators:

​​Quick response: Standard modules can be airlifted to the disaster area, assembled and produced oxygen within 2 hours, supporting the operation of temporary ICUs and mobile hospitals.

​​No dependence on water sources: Some models adopt a waterless design to adapt to the water-scarce disaster area environment and solve the pain point of traditional oxygen generators relying on cooling water.

​​Multi-machine linkage: Multiple modules run in parallel, with a maximum daily oxygen production of 500 cubic meters, meeting the rescue needs of thousands of people.

Scenario adaptation, value symbiosis​​

Modular oxygen generators are becoming a key tool for medical equity, industrial upgrading and emergency protection worldwide through technological innovation and scenario design. Its core value lies in:​​Flexible response to complex needs, efficient creation of economic value, and reliable protection of life safety​​. For foreign trade companies, this technology can not only accurately match the needs of emerging markets, but also find a win-win fulcrum between social responsibility and commercial returns.