Our Industrial Gas Containers are engineered for high-performance storage and seamless transport of specialized gases, catering to the rigorous demands of the chemical and energy sectors. Designed with precision for gases such as Hydrogen, Helium, and Neon, these containers ensure maximum safety and volumetric efficiency, bridging the gap between production plants and industrial end-users.
By integrating advanced materials and precision engineering, these containers provide a robust solution for Green Energy and Industrial Gas applications. Whether you are managing Natural Gas logistics or high-purity electronic gases, our containers are optimized for stability, durability, and strict adherence to international pressure vessel standards.
| Container Model | 20' H2 / 20' He / 40' Ne | Working Pressure | Up to 250 Bar |
|---|---|---|---|
| Media Capacity (H2) | 17,000 Liters (Water) | Gas Capacity (H2) | 3175 M³ |
| Media Capacity (He) | 17,000 Liters (Water) | Gas Capacity (He) | 3930 M³ |
| Media Capacity (Ne) | 18,680 Liters (Water) | Gas Capacity (Ne) | 3770 M³ |
| Tare Weight | 20,850 Kg to 25,170 Kg | Standard Sizes | 20ft and 40ft ISO Dimensions |
Engineered to withstand working pressures up to 250 Bar with rigorous safety certifications.
Constructed with corrosion-resistant materials for long-term use in harsh industrial environments.
Maximum gas capacity (up to 3930 M³) relative to footprint for efficient logistics.
Compatible with H2, He, Ne, and other high-purity industrial or electronic gases.
Designed in 20' and 40' formats for seamless integration with global shipping modes.
Supporting Green Energy transitions by enabling safe Hydrogen energy distribution.
Real-time monitoring of container locations and filling levels across your supply chain.
Integrated digital systems to monitor working pressure and ensure operational safety.
Automated notifications for scheduled inspections and safety valve certifications.
Smart sensors that trigger instant alerts upon detecting abnormal pressure drops.
Seamless coordination with shipping schedules for optimal gas delivery cycles.
Digital archiving of all pressure tests and compliance certificates for audits.
| Metric | Standard Cylinders | Industrial Gas Containers |
|---|---|---|
| Transport Volume | Low (Fragmented) | High (Consolidated) |
| Handling Time | High (Manual) | Low (ISO Automated) |
| Safety Risk | Moderate (Multiple Points) | Minimal (Unified System) |
| Operational Cost | Expensive per M³ | Cost-Efficient per M³ |
| Scalability | Limited | Highly Scalable |
Our containers are specifically designed for Hydrogen (H2), Helium (He), Neon (Ne), and various other industrial and electronic gases, ensuring purity and safety.
Higher working pressures (up to 250 Bar) allow for greater gas compression, significantly increasing the total gas capacity (M³) within the same physical volume.
Yes, they are built to ISO dimensions (20' and 40'), making them fully compatible with standard shipping containers, trucks, and rail transport.
Water capacity refers to the internal geometric volume in liters, while gas capacity refers to the actual amount of gas stored (in cubic meters) at the specified working pressure.
Regular pressure testing, valve inspection, and monitoring via management platforms are essential to ensure long-term safety and compliance.
Absolutely. Our H2-specific containers are optimized for the unique properties of Hydrogen, supporting the infrastructure for Green Energy transitions.
