Advanced PSA technology
& Container integrated design
Adopting Zeolite Molecular Sieves (ZMS) molecular sieve adsorption technology, nitrogen adsorption rate>99%, continuous output of 93%±2% high-purity oxygen.
Unique double-tower pressure adsorption process, energy consumption as low as 0.1kW/Nm³ (30% energy saving compared with traditional equipment).
Pre-installed in a standard 20-foot container (size of about 1500×1270×2300mm), with built-in air compressor, drying module, control cabinet, reducing on-site installation costs.
Protection level IP55, adapt to -30℃~50℃ extreme environment, suitable for mines, remote areas and other scenarios.
Fully automated control system
Intelligent IoT platform: real-time monitoring of oxygen purity, flow, and pressure, supporting remote start/stop and fault diagnosis via mobile APP.
Load adaptive adjustment: automatic adjustment of production capacity according to oxygen demand to avoid no-load loss (annual electricity savings ≥ ￥120,000).
Molecular sieve life > 10 years: patented anti-powdering technology, lifetime free replacement of core adsorbent.
Technical parameters
| Indicators | Parameters | Industry comparison |
|---|---|---|
| Oxygen capacity | 5-100Nm³/h | Similar equipment ±5% fluctuation |
| Oxygen purity | 93%-99% | Complies with ISO medical/industrial standards |
| Working pressure | 150Bar 40L | No need for booster device |
| Dew point temperature | ≤-40℃ (optional -60℃ deep drying) | Prevent pipe freezing |
| Start-up time | <30 minutes (ready to use) | Traditional equipment ≥2 hours |
Industry application scenarios
Industrial oxygen demand areas
Water treatment
PSA Oxygen Gas Plant is used to increase oxygen in aeration tanks, improving sewage treatment efficiency by 30%.
Paper bleaching
Oxygene Generator Industrial replaces chlorine to achieve environmentally friendly bleaching.
Mining
PSA Oxygen Plant supplies oxygen with a stable purity of 93%.
Service Commitment
Warranty
12-month extended warranty
Emergency Plan
48-hour on-site support by global engineers
Customized Solution
Free process gas source adaptation solution
Have Any Questions About Our Product?
Can it consistently meet the oxygen demand of mid - sized industrial operations, and how does it adjust to fluctuating usage?
It can consistently meet the oxygen demand of mid - sized industrial operations. With a rated capacity of 30nm³/hour, it provides a steady supply suitable for applications like metal cutting, wastewater treatment, or small - scale chemical processing. Equipped with advanced pressure swing adsorption (PSA) technology, it adjusts to fluctuating usage through real - time monitoring of oxygen pressure and flow. When demand increases, the system ramps up production by optimizing the cycle time of adsorption and desorption processes; when demand drops, it reduces energy consumption without compromising output stability, ensuring efficient operation across varying loads.
What are the key operational costs, and how do they compare to relying on bulk oxygen deliveries?
AIts key operational costs include electricity for the compressors and control systems, routine maintenance of filters and valves, and occasional replacement of adsorbents (typically every 3 - 5 years). Compared to bulk oxygen deliveries, it eliminates recurring expenses such as transportation, tank rental, and delivery fees. Over time, these savings often offset the initial investment, especially for operations with consistent demand.
How complex is its installation and commissioning process, and what on - site requirements are needed?
Its installation and commissioning are relatively straightforward. As a containerized unit, it arrives pre - assembled with all core components (PSA module, compressor, oxygen storage, and controls) integrated. On - site requirements are minimal: a level concrete pad for placement, a reliable power supply (typically 380V/3Phase), and connection to the end - use pipeline. Commissioning involves pressure testing, calibration of sensors, and fine - tuning of the PSA cycle, which can be completed by a technician within 2 - 3 days.
What safety features does it include to prevent oxygen leaks, overpressure, or other hazards?
It incorporates multiple safety features to mitigate risks. It has built - in oxygen leak detectors that trigger alarms and automatic shutdowns if concentrations exceed safe levels. Pressure relief valves on the oxygen storage tank prevent overpressure, while flame arrestors in the outlet pipeline reduce fire risks. The container is ventilated to disperse any leaked oxygen, and electrical components are explosion - proof to comply with industrial safety standards.
How suitable is it for remote locations with limited infrastructure, such as mining sites or off - grid facilities?
It is highly suitable for remote locations. Its containerized design allows for easy transportation by truck or ship, even to areas with rough terrain. It can operate on generator power if grid electricity is unavailable, as long as the generator meets the required voltage and frequency specifications. The system is designed to withstand harsh environmental conditions, including extreme temperatures (-20°C to 45°C) and dust, with protective enclosures for sensitive components.
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