The core technology of the nKRT series research molecular sieve oxygen production system, which uses 10 cubic meters of oxygen for county-level hospitals, is to separate oxygen and nitrogen in the air through molecular sieve pressure swing adsorption (PSA) to obtain oxygen. $r $n zeolite has the characteristics of high pressure adsorption and low pressure desorption of nitrogen gas. Therefore, by alternating high and low pressure program control of the adsorption tower containing zeolite molecular sieves, oxygen can be directly produced from the air. This process is a physical process, and molecular sieves are not consumed.
10 cubic meters of oxygen for county-level hospitals, Shanghai scientific research oxygen concentrator equipment
CREATA brief introduction to the oxygen bar system:
Durable and long-lasting research oxygen bar overall solution. By utilizing natural methods, continuous and dynamic oxygenation of limited space environments is carried out to increase indoor oxygen content and create a healthy forest oxygen rich environment. Multiple oxygen usage methods are available in the oxygen bar to meet various leisure, health, and medical needs. CREAT Oxygen Bar System, specializing in providing research grade respiratory oxygen.
CREATComposition of oxygen bar system:
1. CREATOxygen rich host
2. Research grade oxygen pipeline system
3. Multi functional oxygen terminal/regulation and control system
10 cubic meters of oxygen for county-level hospitals, Shanghai scientific research oxygen concentrator equipment
CREATThe main functions of the oxygen bar system are:
1. 24Oxygen supply is available at any time, providing scientific grade oxygen output and oxygen inhalation services, and offering sustained and effective healthcare functions.
2. Raise indoor oxygen concentration, continuously create an oxygen rich environment, maintain clarity of mind, improve physical function, and accelerate physical recovery.
3. Monitor indoor oxygen concentration changes to ensure a safe and efficient indoor oxygen environment.
4. Mobile design, suitable for different application environments, can be used in vehicles, and can be moved for use at any time.