Large Twin-Tower Oxygen Production System

GSE Tech Factory Direct Sales Large Twin-Tower Oxygen Production System. It adopts an integrated heavy industrial-grade structural design, combined with an intelligent PLC centralized control system. It is suitable for continuous oxygen production under all-year-round non-stop, high-flow, and high-load conditions. The entire machine takes into account structural safety, operational stability, and expansion flexibility, and can adapt to the phased capacity expansion needs of the factory. It significantly reduces the overall operating costs and safety control pressure of centralized oxygen supply in the factory area, and is the core equipment for standardized, energy-saving, and compliant oxygen supply in large industrial projects.

Product Details

1. Industrial-grade integrated tank structure: The core dual-tower tank of the Large Twin-Tower Oxygen Production System is made of thickened carbon steel and is formed through an overall rolling and one-piece molding process. This avoids the weak weld seams of traditional segmented welded tanks and provides a stronger overall structure with better pressure resistance and deformation resistance, suitable for long-term high-pressure oxygen production conditions. The surface of the tank is treated with multiple layers of heavy-duty anti-corrosion protection processes, which can withstand complex factory environments such as industrial dust, drastic temperature changes, and damp corrosion, and is resistant to peeling, rusting, and aging over a long period.

2. Heavy-duty sealed pipeline system: All pipeline flanges adopt industrial-standard heavy-duty quick-installation sealing structures, ensuring high installation fit and long-lasting sealing performance. This eliminates micro-leaks and pressure relief issues during long-term pressure fluctuation conditions, ensuring stable oxygen production system pressure throughout the process and preventing fluctuations in oxygen purity due to insufficient air tightness.

3. Quiet and buffer noise reduction configuration: An advanced multi-layer heavy-duty buffer noise reduction system is equipped, optimizing noise reduction for equipment exhaust and pressure switching processes. This significantly reduces the overall noise of clustered equipment operation, improves the working environment of the machine room, and meets the low-noise production standards of industrial parks.

4. Intelligent cluster control module: An exclusive PLC centralized intelligent control system is installed, supporting unmanned and automated operation in shifts. It can autonomously complete the alternating cycle of dual-tower adsorption and regeneration. It has the function of continuous gas supply without downtime during single-machine operation， ensuring continuous oxygen supply during maintenance and repair periods， and guaranteeing continuous production of the production line.

5. Lightweight and compact layout design： The entire machine has an integrated and compact layout， significantly reducing the floor space of the machine room. No complex supporting infrastructure needs to be built， and it is suitable for standardized machine room installation scenarios in industrial parks， with low implementation difficulty.

6. Compliant complete set configuration： As a regular large-capacity pressure vessel equipment， the complete set of accessories comes with complete material inspection reports， special equipment registration compliance documents， and factory quality inspection archives. It can smoothly pass local special equipment annual inspections， project acceptance， and meet the standards for large industrial project bidding and implementation.

Actual performance tests:

1. 72-hour full-load continuous operation test

The Large Twin-Tower Oxygen Production System completed an uninterrupted large-flow alternating oxygen production simulation test before leaving the factory. The entire process was a continuous alternating operation of high and low pressure. The measured oxygen purity remained stable without any attenuation or fluctuation, verifying that the equipment can be adapted to the continuous and large-scale production conditions throughout the year.

2. Industrial environment weather resistance and durability test

Simulated harsh conditions such as dust accumulation in the factory, alternating high and low temperatures, and humid corrosion for continuous aging tests. The anti-corrosion coating of the tank did not peel off or rust, and the sealing structure of the pipeline did not loosen or leak. The overall durability of the equipment is suitable for complex industrial environments.

3. Noise reduction in cluster operation measurement

Testing of multiple devices operating in parallel and in series. The multi-layer buffering structure effectively mitigates exhaust noise and pressure vibration. The noise level of the entire machine is stable and meets the requirements for noise reduction in industrial plant rooms.

4. Non-stop operation stability test

Actual measurement of the single-machine isolation maintenance mode. When one tower is independently shut down for maintenance, the other tower automatically adapts to the load, and the oxygen supply flow and oxygen purity do not show significant fluctuations, fully ensuring continuous gas supply in the factory without interruption.

5. Long-term pressure sealing test

Equipment full-pressure continuous pressure retention test. The pipe flanges and tank interface had no leakage or seepage. The sealing system was long-term stable and prevented long-term air tightness failure hazards.

Product Core Advantages

1. On-site oxygen generation, significantly reducing costs and increasing efficiency

2. Safe and compliant, avoiding operational risks

3. Durable structure, with an extremely long service life

4. Fully automatic operation, ensuring hassle-free maintenance

5. Flexible expansion, with high investment cost-effectiveness

6. Outstanding overall energy-saving advantages

7. No worries during acceptance, suitable for large-scale projects

Technical specifications