Air separation plant 2000 Nm3/h ~ 2500 Nm3/h KDON-2000/4000 Glassmaking Welding and metal processing
Specifications:
Air Separation Plant KDON-2000~2500 (GOX) Series Product List
| MODEL CONTENTS | KDN-2200/1500/63 | KDN-2000/1000/22 | KDN-2400/600 | KDN-2450/300 | KDN-2500/200/150 |
| GOX/GAN/ LAr flow | Nm3/h | 2200/1500/63 | 2000/1000/22 | 2400/600 | 2450/300 | 2500/200/150 |
| GOX/GAN/ LAr purity | ppm | 99.6%O2/ 1ppm(O2)/ 99.999% Ar | 99.6%O2/ 10ppm(O2)/ 2ppm(O2), 3ppm(N2) | 99.6%O2/ 100ppm(O2) | 99.8%O2/ 10ppm(O2) | 99.7% O2/ 99.6%N2/ 99.9%Ar |
| GOX/GAN/ LAr pressure | MPa | 0.024/0.02/0.16 | 0.024/0.024/ 0.16 | 0.025/0.4 | 0.025/0.008 | 2 |
| Subcooled | ℃ | 29/29/-183 | 35/35/ -183 | 19 | 13 | 25/25/-184 |
Typical Product: KDON-2000/4000 Air separation plant
Output, purity and pressure
| | Flow (Nm3/h) | Purity | Pressure MPa(G) | Subcooled (℃) |
| GOX/GAN/LAr | 2000 Nm3/h /4000Nm3/h | 99.5% O2 / 99.9%N2 | 0.025/0.005 | 13 |
Description:
The role of the booster is using the work produced during the expanding air to directly boost the air going into expanded which increases the pressure before expander and the refrigerating capacity of unit expansion air. When the refrigerating capacity needed by the air separation plant is certain, reducing the air capacity of expander, the total processing air capacity is reduced accordingly, which further improves the oxygen extraction efficiency of normal temperature molecular sieve purification booting expansion process, and reduces the power consumption further.
Employ the vertical and internal thermal insulation structure molecular sieve adsorbers.
Employ computer distributed control system (DCS system) to control and adjust the air separation plant.
Applications:
- Chemicals
- Welding and metal processing
- Pharmaceutical and biotechnology
- Glassmaking
- Source of energy
- Medical science
Competitive Advantage:
- Widely sales around the world
- Quick delivery
- Mature project supervision
- No loss, high returns
- Economization of energy,
- Professional design and manufacturing
