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Full Liquid Air Separation Unit Data Sheet | |||||||
Model | Production Capacity | Production Purity or Impurity | |||||
Oxygen (Nm³/h) | Nitrogen (Nm³/h) | Argon (Nm³/h) | Oxygen(%) | Nitrogen(PPM O2) | Argon | ||
5TPD | TYPE l | 160 | / | / | 99.6 | / | / |
TYPE ll | / | 200 | / | / | ≤10ppm O2 | ||
10TPD | TYPE l | 233 | 67 | / | 99.6 | ≤10ppm O2 | |
TYPE ll | 300 | / | ≤10ppm O2 | ||||
15TPD | TYPE l | 391 | 63 | / | 99.6 | ≤10ppm O2 | |
TYPE ll | / | 454 | / | / | ≤10ppm O2 | ||
30TPD | 800 | 50 | 20 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
50TPD | 1200 | 300 | 40 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
100TPD | 3000 | 300 | 90 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
200TPD | 3000 | 3000 | 170 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
400TPD | 6000 | 6000 | 350 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 |
Full Liquid Air Separation Unit Data Sheet | |||||||
Model | Production Capacity | Production Purity or Impurity | |||||
Oxygen (Nm³/h) | Nitrogen (Nm³/h) | Argon (Nm³/h) | Oxygen(%) | Nitrogen(PPM O2) | Argon | ||
5TPD | TYPE l | 160 | / | / | 99.6 | / | / |
TYPE ll | / | 200 | / | / | ≤10ppm O2 | ||
10TPD | TYPE l | 233 | 67 | / | 99.6 | ≤10ppm O2 | |
TYPE ll | 300 | / | ≤10ppm O2 | ||||
15TPD | TYPE l | 391 | 63 | / | 99.6 | ≤10ppm O2 | |
TYPE ll | / | 454 | / | / | ≤10ppm O2 | ||
30TPD | 800 | 50 | 20 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
50TPD | 1200 | 300 | 40 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
100TPD | 3000 | 300 | 90 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
200TPD | 3000 | 3000 | 170 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 | |
400TPD | 6000 | 6000 | 350 | 99.6 | ≤10ppm O2 | ≤2ppm O2+2ppmN2 |
Introducing our Middle Large Full Liquid Air Separation Plant, designed to efficiently separate oxygen, nitrogen, and rare gases such as helium and argon from air. With a wide range of industrial applications in metallurgy, chemical engineering, petroleum, machinery, mining, food, and industries, this air separation plant is a reliable and cost-effective solution for your business needs.
The air separation process involves five main steps: air compression, air purification, heat exchange, refrigeration, and distillation. Our plant compresses and cools the air to extremely low temperatures, or liquefies it through expansion, before separating the gases in a distillation tower.
Our Middle Large Full Liquid Air Separation Plant is designed with high-quality materials and advanced technology to ensure maximum efficiency and durability. Trust us to provide you with a top-of-the-line air separation plant that meets your specific needs and exceeds your expectations.
Introducing our Middle Large Full Liquid Air Separation Plant, designed to efficiently separate oxygen, nitrogen, and rare gases such as helium and argon from air. With a wide range of industrial applications in metallurgy, chemical engineering, petroleum, machinery, mining, food, and industries, this air separation plant is a reliable and cost-effective solution for your business needs.
The air separation process involves five main steps: air compression, air purification, heat exchange, refrigeration, and distillation. Our plant compresses and cools the air to extremely low temperatures, or liquefies it through expansion, before separating the gases in a distillation tower.
Our Middle Large Full Liquid Air Separation Plant is designed with high-quality materials and advanced technology to ensure maximum efficiency and durability. Trust us to provide you with a top-of-the-line air separation plant that meets your specific needs and exceeds your expectations.