Medical Molecular Sieve Oxygen Generator-Jiangsu Luoming Purification Technology Co., Ltd.

The data listed in this table is based on 0.8Mpa raw material compressed air, 20℃ ambient temperature,100 meters above sea level, and 80% relative humidity.
Power requirement: 380V 3P,220V 1P,50HZ
Oxygen output pressure requirements: 0.4-0.5Mpa, when the oxygen pressure requirements are higher than 0.5Mpa, can be pressurized to the user's required pressure.
Installation site requirements: The installation site is an indoor non-explosion-proof area with an ambient temperature of 3-45℃ and good ventilation.

Parameters

International standard
ISO 10083

USP XXII
93% oxygen

EP
93% oxygen

Looming Standard

O₂

>90%

90%-96%

≥90%

<5 ppm

<0.001%

<5 ppm

≤5×10-6

CO₂

<300 ppm

<0.03%

<300 ppm

≤0.01%

CO₂

<1 ppm

In accordance with YY/T 0298-1998

NOx

<2 ppm

In accordance with YY/T0298-1998

H2O

<67 ppm (-50℃)

≤0.07g/m³

Oil

<0.1mg/m³

≤0.1mg/m³

During the oxygen production process, the raw air and finished oxygen are filtered and purified in multiple stages, ensuring that the output meets the required medical technical standards. Operating at room temperature and low pressure, the generator uses air as the raw material, separating the oxygen (about 21% in the air) through physical methods to produce high-purity medical oxygen with an oxygen concentration of 93% ± 3%. This process is known for its fast oxygen production, safety, cost-effectiveness, and convenience, making it a practical alternative to traditional bottled oxygen and liquid oxygen. In recent years, it has been widely adopted in various medical institutions across China.

The flowing air is the sole raw material for producing high-concentration oxygen. Using the built-in zeolite molecular sieve, the oxygen is separated from the air, producing purified oxygen with a concentration of over 90%. Since there are no chemical reactions involved, the medical molecular sieve oxygen generator does not undergo dangerous processes such as combustion, oxidation, or synthesis while producing oxygen. It also does not generate any new flammable, explosive, or toxic substances. The process simply separates the oxygen already present in the air from other gases using a physical separation method. The safety and reliability of the medical molecular sieve oxygen generator far surpass those of chemical or electrochemical oxygen generation methods.

Oxygen cylinders are filled to a pressure of up to 15 MPa (150 times atmospheric pressure). Under intense vibration or impact, they pose a potential explosion risk. An oxygen-filled cylinder is like a potential bomb, making transportation and storage complex, and usage requires extra caution. In contrast, the medical molecular sieve oxygen generator only produces oxygen during operation, with a maximum working pressure of just 0.8 MPa. When the machine is turned off, it does not produce oxygen, and the pressure inside the generator equals the surrounding atmospheric pressure, ensuring it is safe and reliable.

The company was established in May 2020 as a wholly-owned subsidiary of Suzhou Hengda Purification Equipment Co., Ltd. The company covers a construction area of over 16,000 square meters and integrates research and development, production, sales, and service.

By the end of 2022, the company had obtained the production license for Class II medical devices. It specializes in the manufacturing of gas-related equipment, including medical molecular sieve oxygen generators, medical shelter oxygen systems, modular oxygen generators, aviation-grade high-purity oxygen generators, medical compressed air systems, portable oxygen cylinders, and more.

Customers can choose the configuration according to their own needs, or they can inform the sales industry and budget to be recommended by the sales.

1. Select high-end, mid-end, low-end configuration of air compressors.

2. The O2/N2 booster is selected according to the required pressure.

3. If you need to fill cylinders, add a filling system.

4. Select additional adsorption dryer according to the application industry.

5. Choose to install the sterilizing filter according to the application industry.

Customers can choose their own containers or custom-sized box, and the entire box can be regarded as a mobile workshop. Jiangsu LuoMing can improve the overall box according to customer needs:

1. Open the door at both ends/side doors for equipment operation and maintenance.

2. Additional lighting system.

3. Install a fan system to meet the ventilation requirements of the equipment.

4. Install an air conditioning system to ensure a normal operating temperature.

5. Install thermal insulation foam to ensure that the equipment can be used normally in extremely cold areas.

6. Install a generator to ensure the power demand of the equipment.

Model	Oxygenflow Nm³/H	Suitable number of hospital beds	KW Power	Dimensions LWH,Unit;mm
LMO93-1	1	20	5.8	180014001800
LMO93-3	3	50	7.6	200014001900
LMO93-5	5	100	7.8	200015001900
LMO93-10	10	150	16.7	200015002100
LMO93-15	15	300	19.9	250018002350
LMO93-20	20	400	33.5	250018002350
LMO93-30	30	600	38.9	280020002350
LMO93-40	40	800	47.9	300020002450
LMO93-50	50	1000	58.5	380022002750
LMO93-60	60	1200	78.8	380022002850
LMO93-70	70	1500	98	450023003100
LMO93-80	80	1800	98	450023003100

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