Application
Emergency and Disaster Rescue
Used to quickly provide oxygen or nitrogen support during emergencies such as earthquakes and fires, ensuring medical and rescue needs.
Remote or Outdoor Work Sites
Suitable for areas without fixed gas sources, such as mines, oil and gas drilling rigs, and temporary construction sites, providing a continuous and stable gas supply.
Industrial Welding and Construction Projects
Provides efficient, portable industrial gas for on-site welding and cutting operations on large projects such as bridges and steel structures.
Process parameters
| Product Name | Production Capacity (Nm³/h) | Purity (V/V) | Outlet Pressure (MPa(G)) | Remarks |
|---|---|---|---|---|
| Liquid Oxygen | 1500 | ≥99.6% O₂ | To Storage Tank | Continuous |
| Liquid Nitrogen | 300 | ≤3ppm O₂ | To Storage Tank | Continuous |
| Liquid Argon | 40 | ≤1.5ppm O₂, ≤4ppm N₂ | To Storage Tank | Continuous |
FAQ
What is the process of ASU unit?
An air separation unit (ASU) uses the conventional multi-column cryogenic distillation technique to produce O2 from compressed air at high purity and recovery rate. ASU's energy consumption is related to recovery since it is linked to the air flow required by thermal power.
What is the function of a Mobile Air Separation Unit?
Air separators are used to eliminate air efficiently and quickly from the piping system in closed loop heating and cooling applications. We supply high-quality air separators for commercial and residential applications.
How does air separation work?
Pure gases can be separated from air by first cooling it until it liquefies, then selectively distilling the components at their various boiling temperatures. The process can produce high purity gases but is energy-intensive.
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