Product Introduction

The HHO-Y medical molecular sieve oxygen generation system adopts molecular sieve pressure swing adsorption technology (ie PSA). The system uses air compressors of famous foreign brands, which are highly efficient and energy-saving, and continuously provide compressed air raw materials for the oxygen generation system. At the same time, it is equipped with an air purification dryer independently produced by our company, which has improved the performance by 50% compared with the general refrigeration dryer. It not only ensures the quality of the finished oxygen from the source, but also effectively extends the service life of the molecular sieve.

System Process Flow Chart

Product Advantages

3.1 The square cabin oxygen generation system can be used for field operations and rescue, and the oxygen production can be customized according to customer requirements;

3.2  The machine room can be moved according to the on-site situation to meet various harsh medical conditions;

3. 3 The oxygen pressure can be customized for high-pressure or low-pressure equipment according to requirements, and power generation equipment can be used to turn on the oxygen production system without power supply;

3.4  Integral design, including complete compressed air processing system, filtration system, oxygen generator, data monitoring system, backup oxygen source, backup power supply and other systems;

3.5  Installed in the integral van-type mobile machine room, all equipment is tightly fixed with the compression-resistant and load-bearing bottom plate to prevent vibration and displacement;

3.6  There are monitoring instruments or equipment for oxygen purity, pressure and flow to facilitate understanding of the working status of the system;

3.7  Equipped with a backup oxygen source to prevent the interruption of oxygen supply during equipment failure or maintenance.

The Main Technical Indicators And Technical Characteristics

 Main Technical Indicators

Oxygen flow rate: 3~65Nm3/h (single unit)

Oxygen concentration: 93%±3%

Oxygen pressure: 0.3-1.0MPa (adjustable, pressurized)

Dew point of oxygen at atmospheric pressure: -43ºC

Unit energy consumption: 0.35-0.38Kw.h/Nm³ at 93% oxygen concentration
 

Technical Features

4.2.1 Efficient And Reliable

Using ambient air, molecular sieve pressure swing adsorption method is used to produce medical oxygen on site to centrally supply medical oxygen to the system. It has a small footprint, low energy consumption (energy saving up to 50%), modularity, high reliability, and low failure rate. This kind of advantage is undoubtedly the world's leading medical shelter oxygen system.

4.2.2 Simple Operation, One-key start, Ready To Use

Meet the continuous operation requirements, simple training can be used.

4.2.3 Safe And Reliable

Fireproof and flame retardant: the material is flame retardant and self-extinguishing, and the system is equipped with fireproof equipment;

Protection against electric shock: The grounding resistance of the system meets the requirements of the standard;

Noise: 1 m away <85 DB;

With a fully automatic and intelligent control system, no secondary pollution will be formed.

4.2.4 Economy

Different from the traditional oxygen supply method, this system only consumes power and consumables, and the operating cost is low.

4.2.5 Mobility

No civil construction is required, and the installation method is mobile. It can be operated when the power supply is connected and the pipe network is connected, and the maneuverability is strong.

4.2.6 Environmental Adaptability

Working environment temperature: -41~46ºC (below -25ºC, auxiliary heating device is allowed);

Storage temperature limit: -45~70ºC

Relative humidity: ≯95% (25ºC).

Rain: ≯6mm/min rain intensity, which can be harvested and operated under the condition of rainfall of 16mm/h.

Altitude: Rated: ≯3000m, over-rated altitude allows electromechanical power to be reduced.

Unfolding ground: general hard ground, 3% unevenness is allowed.

Application Areas

Hospitals (square cabin hospitals, temporary emergency hospitals, expanded hospitals, new hospitals, remodeled hospitals, battlefield hospitals)

Plateau (Highland Hotel, Plateau Airport, Plateau Construction Project)  and so on

Remarks:

1. The data listed in this table are based on raw material compressed air of 0.6MPa (gauge pressure), 20°C ambient temperature, 0 meter elevation and 80% humidity as the design basis.

2. The installation environment and site are indoor explosion-proof areas, the ambient temperature must be ≤45ºC, and the ventilation conditions are good.

3. System installation power supply conditions: 220/380V, 50HZ, when the oxygen pressure requirement is higher than 0.5MPa, it can be pressurized to the pressure required by the user.
4. The installed power in the table refers to the installed power of the compressor, and other required power is added.

5. The operating noise of the system can be kept at 80 DB.

6. Applicable beds are for reference only. All data are subject to change according to the actual data provided.