Working principle of oxygenation in bars/KTVs/table tennis entertainment venues

The working principle of the bar oxygen concentrator is mainly based on the adsorption characteristics of molecular sieves, which separate nitrogen and oxygen from the air through physical principles, and ultimately obtain high concentration oxygen. The specific process is as follows:

Air compression: The oxygen generator first compresses the air to a higher pressure through a compressor for subsequent processing.

Molecular sieve separation: Compressed air enters the molecular sieve bed, and the molecular sieve utilizes its differential adsorption ability for different gas molecules to adsorb impurities such as nitrogen and carbon dioxide from the air. Oxygen, on the other hand, passes through because it is not easily adsorbed, thus achieving the separation of oxygen and impurities.

Oxygen enrichment: After molecular sieve separation, the concentration of oxygen in the gas is significantly increased, reaching the standard for medical or industrial use.

Pressure release and regeneration: When the molecular sieve bed is saturated, it needs to be regenerated. This is usually achieved by reducing the bed pressure to desorb and remove impurities adsorbed on the molecular sieve, thereby restoring the adsorption capacity of the molecular sieve.

Cycle operation: The above process is usually carried out in a cycle in an oxygen concentrator to ensure continuous production of high concentration oxygen.

The application scenarios and functions of bar oxygen concentrators mainly include the following aspects:

Providing high concentration oxygen: Providing high concentration oxygen in bars and other places can increase the oxygen content in the air, improve air quality, and enhance customer comfort.

Promote alcohol metabolism: Oxygen helps accelerate the metabolism of alcohol in the body, reduce drunkenness, and enhance customers' drinking experience.

Creating a comfortable environment: High concentration oxygen can improve air quality, reduce discomfort caused by lack of oxygen, and create a more comfortable environment.

Specification of oxygen production device:

Oxygen flow rate: 10-1000Nm ³/h (customized according to user requirements)

Oxygen purity: 93%

Oxygen pressure: 2-4 bar (pressure can be customized)

Control method: The equipment is controlled locally by PLC, and the main control room control is achieved through communication, which can achieve unmanned operation

Applicable environment: 5 ℃~37 ℃

Installation conditions: indoor, outdoor, frost resistant, load-bearing concrete floor, good ventilation