Air Separation Unit KDON-1200/3000 Nm3/h Nitrogen and Helium Leak Test
Specifications:
Air Separation Unit KDON-1000~1500 Product List
| MODEL CONTENTS | KDON-1000/1000 | KDON-1000 | KDON-1000 | KDON-1100 | KDON-1200/1000 |
| GAN/LIN flow | Nm3/h | 1000 | 2000 | 300 | 3150 | 1000 |
| GAN/LIN purity | ppm | ≤5ppmO2 | ≤10ppmO2 | ≤10ppmO2 | ≤1ppmO2 | ≤10ppmO2 |
| GOX/LOX flow | Nm3/h | 1000/50L/h | 1000 | 800/200 | 1100 | 1200/400L/h |
| GOX/LOX purity | ppm | 99.6% O2 | 99.6% O2 | 99.6% O2 | 99.6% O2 | 99.6% O2 |
| GAN/LIN pressure | MPa | 0.007 | 0.007 | 0.002 | 0.005 | 0.018 |
| GOX/LOX pressure | MPa | 0.015 | 0.015 | 0.014 | 0.0254 | 0.035/0.2 |
Typical Product: KDON-1200/3000 Air Separation Unit
Output, purity and pressure
| | Flow (Nm3/h) | Purity | Pressure MPa(G) |
| GAN/LIN | 3000/60L/h | 3ppm(O2) | 0.015 |
| GOX/LOX | 1200 | ≥93%O2 | 0.005/0.6 |
Description:
This KDON-1200/3000 Air Separation Unit’s process is employing molecular sieve to purify air, and waste nitrogen refluxing turbine expansion for refrigeration; the fractionating column employs convection sieve trays.
After eliminating dust in filter, pre-cooling in pre-cooler, boosting in compressor, purifying in molecular sieve adsorber, the air is divided into 2 streams to be as instrument air, and go to main heat exchanger E1 respectively. After rectification, obtained product oxygen and nitrogen.
Applications:
- Blanketing Gas
- Nitrogen and Helium Leak Test
- Medical science
- Animal husbandry
- Papermaking
- Welding and metal processing
- Steelmaking
Competitive Advantage:
- Low power consumption
- Low pressure process.
- High reliability.
- The on-site operational experience and user’s comments are unceasingly adopted to continuously improve the safety and reliability of air separation plants so that the major accident arising from minor negligence and mis-operation can be prevented.
- The process employed by this air separation plant is an advanced and technologically experienced process to ensure reliable running, convenience operation, safety and low consumption
