Air Vaporizer For LIN-LOX-LAR-LNG and LCO2
Ambient vaporizers are an integral component of a cryogenic liquid system.
When additional vapour or gas is necessary to change the state or phase of cryogenic liquid, vaporizers provide energy from any available source—be it air through ambient vaporizers, water through forced convection vaporizers, steam with steam vaporizers (steam-heated water baths), natural gas with direct-fired water bath vaporizers, or electricity via direct process/electric-heated water bath vaporizers.
DSW Cryogenic Division can design and build custom vaporizers tailored to your needs.
Technical Data Of Ambient Vaporizer
| Item Number | Working Medium | Design Pressure ( Mpa) | Working Pressure (Mpa) | Design Temperature | Heat Exchange Area |
| AV50/3.0 | Liquid Oxygen, Liquid Argon, Liquid Nitrogen | 3.3 | 3.0 | -196 to 50 degree | 12.5m2 |
DSW™ ambient air vaporizers have become the industry standard, and Supergap vaporizers use natural convection of air to vaporize liquefied gases
Applications
An air vaporizer converts cryogenic liquids (like nitrogen, oxygen, argon, LNG, and CO2) into gases using ambient air as heat. Key applications include:
- Industrial Gas Supply: Used for medical oxygen, welding (argon), and nitrogen for cooling and purging.
- Cryogenic Storage: Converts LNG back to gas for distribution and fueling LNG-powered vehicles.
- Energy & Power: Converts LNG into natural gas for power generation.
- Laboratories: Provides gases for research, such as nitrogen for chromatography.
- Food Processing: Converts CO2 for freezing and controlled atmosphere storage.
- Fire Suppression: Creates inert gas for safety systems in industrial settings.
- Environmental: Used for pollution control and emergency response in hazardous environments.
These ambient air vaporizers are sized to match your flow requirement to avoid low-temperature gas entering the product pipeline.
All ambient air vaporizers utilize DSW’s innovative technology and reliable construction and are available in custom solutions.
