Technical Specifications
| Design Code: | EN 13445-3 |
| Design Pressure: | 0,6 / 29,3 bar |
| Test Pressure: | 3 / 43,95 bar |
| Design Temperature: | -20 / +50 °c |
| Capacity: | 200 m³ / 250 m³ |
| Material: | EN 10028-2 (P355 GH) |
| Tank Type: | Gas Oxygen Storage Tank |
Details
- Project and calculation checks and approvals
- Chemical and mechanical testing of the material
- Separate material control and cold stamping
- Step-by-step inspection of production
- Dimensional inspection
- Radiographic examination
- Ultrasonic thickness control
- Penetration paint test
- Heat treatment
- Hydrostatic test
Oxygen Tank: Safe Storage and Transportation Solutions
Oxygen tanks are specially designed vessels for the safe storage, transportation, and distribution of oxygen in liquid or gas form. They are commonly used in industrial, medical, and scientific applications and are manufactured in compliance with high safety standards.
Types of Oxygen Tanks
🔹 Liquid Oxygen Tanks (LOX Tanks):
- Stored in liquid form at -183°C using cryogenic technology.
- Ideal for storing large volumes of oxygen.
- Commonly used in healthcare, aviation, and industrial applications.
🔹 Gas Oxygen Tanks:
- Stored in gas form in pressurized steel or aluminum cylinders.
- Suitable for small-scale use.
- Used in portable oxygen systems and the welding industry.
Applications of Oxygen Tanks
✔ Healthcare Sector:
- Used for oxygen therapy in hospitals and at home.
- Vital in operating rooms and intensive care units.
✔ Industrial Use:
- Used in metal cutting and welding processes.
- In glass and steel production, oxygen optimizes combustion processes.
✔ Aerospace and Space Industry:
- Used as an oxidizer in rocket fuel.
- Provides oxygen supply for pilots at high altitudes.
✔ Water Treatment Systems:
- Used in biological treatment processes in wastewater treatment plants.
✔ Chemical and Laboratory Work:
- Used to accelerate chemical reactions.
- Used in research laboratories for analysis and testing processes.
Safety Measures for Oxygen Tanks
🔹 High Pressure Resistant Structure: Tanks are made from special steel and aluminum alloys to safely store oxygen under high pressure.
🔹 Avoiding Contact with Flammable Substances: Since oxygen accelerates combustion, tanks must not come into contact with oils and greases.
🔹 Pressure Regulators and Safety Valves: Tanks are equipped with special safety systems to prevent excessive pressure.
🔹 Sealing and Corrosion Resistance: The tank surfaces are coated with corrosion-resistant materials to ensure long-lasting use.
Conclusion
Oxygen tanks play a critical role in various fields such as healthcare, industry, aviation, and scientific research. Thanks to their durable structures, high safety measures, and special designs, they ensure the safe storage and transportation of oxygen in both liquid and gas forms.
Manufactured using advanced engineering techniques, oxygen tanks continue to be an indispensable solution across all sectors that require oxygen, offering both efficient and safe usage.
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