Tonnage Cryogenic Air Separation Plant (ASU)
Company Services Our Air Separation plants are known in over many countries for the latest design with skid mounted version and latest low pressure rotary compressors and expanders. Installat..
Universal Boschi Industrial Plants Mfg. Co Air Separation Units (ASU) are engineered to deliver oxygen and nitrogen for medical and industrial applications. Our ASU systems utilize advanced cryogenic distillation technology to ensure reliable operation, energy efficiency, and consistent product quality.
Air Separation Units are widely used across multiple sectors where reliable, high‑purity oxygen and nitrogen are critical to operations:
Oil & Gas Industry – Enhanced combustion, inerting, purging, and safety applications
Steel Plants & Steel Industries – Oxygen for blast furnaces, EAFs, and cutting; nitrogen for inerting and cooling
Mining Industry – Oxygen for leaching processes and nitrogen for inert atmosphere applications
Process Industries – Continuous and batch processing requiring controlled atmospheres
Fish Freezing Industry – Rapid freezing and preservation using liquid nitrogen
Seafood Freezing Industry – IQF (Individually Quick Frozen) processing and cold‑chain support
| TECHNICAL SPECIFICATION TABLE of LIQUID OXYGEN/NITROGEN ARGON TONNAGE PLANTS | ||||
|---|---|---|---|---|
|
Model |
Capacity in M3/Hr |
Capacity in Tons Per Day |
Capacity in Liter /Hour |
Purity |
| UBTL-300 | 300 M3/HR | 10 TPD | O2- 354 L/Hr N2- 435 L/Hr |
O2-99.7% N2-99.99% |
| UBTL-400 | 400 M3/HR | 12.8 TPD | O2- 470 L/Hr N2- 580 L/Hr |
O2-99.7% N2-99.99% |
| UBTL-500 | 500 M3/HR | 16 TPD | O2- 590 L/Hr N2- 730 L/Hr |
O2-99.7% N2-99.99% |
| UBTL-1000 | 1000 M3/HR | 32 TPD | O2- 1180 L/Hr N2- 1440 L/Hr |
O2-99.7% N2-99.99% |
| UBTL-1500-45 | 1500 M3/HR | 48 TPD | O2- 1500 M3/Hr N2- 1500 M3/Hr Argon- 45 M3/Hr |
O2-99.7% N2-99.99% Ar-99.9999% |
| UBTL-2000-60 | 2000 M3/HR | 64 TPD | O2- 2000 M3/Hr N2- 2000 M3/Hr Argon- 60 M3/Hr |
O2-99.7% N2-99.99% Ar-99.9999% |
| UBTL-3000-90 | 3000 M3/HR | 96 TPD | O2- 3000 M3/Hr N2- 3000 M3/Hr Argon-90 M3/Hr |
O2-99.7% N2-99.99% Ar-99.9999% |