Oxygen Generator For Oxygen-Enriched Combustion Assistance In Kilns

Usage: Oxygen

Capacity: 10-300Nm3/h

Oxygen purity: 70~93%,

Dimension(L*W*H): Customized according to customer's space

Certification: ISO9001:2015

PLC O2 PSA

After-sales Service Provided: Engineers provide 24-hour online service

Inquiry

TECHNICAL

The pressure swing adsorption (PSA) oxygen generation device utilizes clean compressed air as the raw material and zeolite molecular sieve as the adsorbent to obtain oxygen at room temperature based on the principle of pressure swing adsorption. By exploiting the difference in adsorption capacity of oxygen and nitrogen on the surface of the zeolite molecular sieve and the different diffusion rates of oxygen and nitrogen within the sieve, the programmable controller controls the opening and closing of the pneumatic valve to achieve the processes of pressure adsorption and decompression desorption, thereby separating oxygen and nitrogen and obtaining oxygen of the desired purity.

oxygen production：	0Nm³/h，20Nm³/h，30Nm³/h，50Nm³/h，60Nm³/h，80Nm³/h，100Nm³/h，150Nm³/h，200Nm³/h，300Nm³/h。
Oxygen purity:	70~93%,
Pressure ranging from	0.3 to 0.5 MPa,
PLC control, one-button start/stop	online monitoring of flow purity Low energy consumption, low failure rate, and low maintenance cost.

APPLICATIONS

1. Utilizing original German-imported molecular sieve adsorbent specifically designed for oxygen production, achieving high adsorption yield and oxygen recovery rate

2. Utilizing unique airflow distribution design technology and molecular sieve anti-pulverization technology, it ensures that the molecular sieve does not pulverize and can be used for a long time, up to 10 years or more

3. All pneumatic control valves are imported, ensuring safety, reliability, good sealing performance, and a long service life

4. The main control equipment is sourced from international high-end brands, featuring fully automated control and comprehensive safety protection functions

5. Design of mature and advanced complete technology introduction process flow

6. Low energy consumption, with a comprehensive reduction of about 20~30% in energy consumption

7. Easy to operate, one-click start

8. The oxygen generator operates in automatic mode. In scenarios where multiple units are operating, it can be controlled by the supervisory computer for automatic switching, and can be jointly controlled with other equipment systems,

9. Stable operation and high reliability

10. Low maintenance and upkeep costs

11. Compact structure, small footprint, customizable cabinet model high-end oxygen generator