Twin-Tower High-Purity Oxygen Equipment

The China Twin-Tower High-Purity Oxygen Equipment, developed by GSE tech technology suppliers, can complete air screening, nitrogen removal and oxygen enrichment under normal temperature conditions. The two towers automatically switch between pressurized adsorption and depressurized analysis processes, ensuring continuous gas supply throughout the process. The entire machine is produced in strict accordance with pressure vessel standards, featuring thick carbon steel tanks combined with multiple layers of anti-corrosion treatment. The structure is safe and compliant, and highly durable.

The integrated concealed pipeline layout significantly reduces the equipment footprint. Combined with the multi-level noise reduction structure and intelligent load regulation program, it achieves comprehensive advantages such as smaller footprint, lower noise, higher automation, and more stable gas supply, suitable for factory centralized oxygen supply, workshop supporting gas usage, and regular continuous production scenarios.

Five key features

1. The double-tube structure made of thickened carbon steel with pressure-resistant adsorption capability features a multi-layer rust-proof coating and a smooth surface, ensuring a long-term service life for the entire unit. This dual-tower high-purity oxygen system is strictly designed and manufactured in compliance with pressure vessel standards, meeting all regulatory requirements for safety registration and annual verification.

2. Dual-tube symmetrical integrated compact design with high space utilization and reduced footprint: The entire system features symmetrically arranged dual adsorption tubes on both sides, with air purification, pressure stabilization, and time-sharing control components fully integrated internally. Internal pipelines are concealed, eliminating exposed, cluttered, or redundant conduits. Under identical gas production flow conditions, the overall footprint is reduced by 38% compared to split-type modular oxygen supply systems.

3. A comprehensive hierarchical noise reduction structure with multiple attenuation stages—including intake, valve assembly, and pressure relief systems—results in significantly lower operating noise levels. The combined application of these multi-layered noise mitigation technologies ensures stable noise performance, preventing high-decibel noise interference for frontline workers when installed around production workshops or central control areas. This design complies with factory environmental noise control standards without requiring separate soundproof rooms.

4. Integrated with a time-sharing PLC-based intelligent control system, the entire oxygen production process operates in fully automated closed-loop mode with high automation levels. The system features built-in load-adaptive regulation logic, maintaining full capacity during peak demand periods while automatically reducing power output to energy-saving mode during nighttime low-flow phases.

5. The dual towers operate in alternating cycles to ensure uninterrupted oxygen production, with no gas supply interruptions during the regeneration phase, guaranteeing continuous and stable production.

Product core functions

1. Symmetrical double-tower cycle oxygen generation, providing uninterrupted and stable air supply

2. Thickened carbon steel pressure-resistant tank body, ensuring long-term compliance operation

3. Compact integrated structure, significantly saving machine room space

4. Multi-level layered noise reduction, low-noise operation at the workshop level

6. Multi-level air purification, ensuring high-purity oxygen generation quality

Technical specifications

FAQ

Q1: What is the core working logic of this Twin-Tower High-Purity Oxygen Equipment?

A: Through the symmetrical alternating operation of the two adsorption towers, pressurized adsorption of nitrogen, separation and enrichment of oxygen, pressure relief for automatic impurity regeneration, the entire process is in a closed loop, achieving normal temperature uninterrupted air separation oxygen production.

Q2: Will there be a gas supply interruption during the equipment operation?

A: No. The dual towers operate alternately seamlessly, while the regeneration process of one tower continues to maintain pressure supply, and there is no gas interruption or pressure discontinuity throughout the process. It is suitable for 24-hour continuous production.

Q3: How is the noise performance of the equipment? Is a separate soundproof room required?

A: The full-chain multi-level noise reduction design results in low and stable operation noise. It can be directly installed around the production area without the need for an additional soundproof room, saving supporting investment.

Q4: Compared to the split-type oxygen production equipment, where does the space advantage lie?

A: The integrated hidden pipeline integration structure reduces the floor area by 38% under the same oxygen production flow rate. The machine room layout is neater, and installation and maintenance are more convenient.

Q5: Does the equipment comply with the pressure vessel compliance acceptance standards?

A: The entire machine is manufactured in accordance with pressure vessel specifications. The tank is pressure-resistant and anti-corrosive, and the process standards are compliant. It can complete equipment registration, annual inspection, and project acceptance normally.

Q6: Can the equipment automatically adjust the working conditions according to the gas consumption?

A: It supports intelligent load adaptive adjustment. It provides stable pressure supply during peak load and automatically enters energy-saving mode during off-peak hours. It outputs as needed, reducing long-term energy consumption costs.

Q7: Will the oxygen purity during long-term operation decline?

A: The pre-installed multi-level air purification system protects the core molecular sieve, and the stable dual-tower circulation process ensures stable conditions. Long-term continuous operation results in small fluctuations in oxygen purity and constant output quality.