English
Each GSE tech China Smart Modular Oxygen Production Unit employs a unified standardized rapid-installation interface, enabling enterprises to flexibly expand or reduce configurations according to production scale requirements, thereby adapting seamlessly to industrial oxygen demand across various scales. Utilizing pressure swing adsorption (PSA) technology for on-site industrial oxygen enrichment, this solution eliminates the significant costs and safety challenges associated with long-term procurement, long-distance transportation, and storage of liquid oxygen tanks and high-pressure cylinders, while meeting factories' demand for uninterrupted gas supply throughout continuous production operations.
1.Centralized oxygen supply via liquid oxygen storage tanks: Large-scale liquid oxygen storage tanks are classified as high-pressure special equipment, requiring annual safety inspections and registration. The facility must designate a dedicated explosion-proof storage area. The long-term procurement and transportation costs of liquid oxygen via cold chain logistics continue to rise annually; low-temperature storage poses safety risks such as frostbite and leakage-induced asphyxiation, while occupying substantial land space, making them highly cost-ineffective for small-to-medium factories or phased production expansion projects.
2.Traditional integrated carbon steel industrial PSA oxygen generators: The carbon steel tank is prone to rust and corrosion in dust-prone, humid workshops and is classified as a pressure vessel requiring annual mandatory inspection; the entire unit is non-disassemblable, and capacity expansion requires complete replacement of the system, resulting in significant space occupation; the valve body generates considerable exhaust noise, features limited automation control, and any single unit failure causes complete shutdown of the entire system and complete oxygen supply interruption, directly leading to production reduction or shutdown at the facility.
3.This Smart Modular Oxygen Production Unit features: a clean-looking aviation-grade aluminum-magnesium alloy adsorption unit with long-lasting rust resistance, exempting it from the full annual inspection requirements for pressure vessels; a compact multi-module stacked design that occupies minimal space; multi-layer noise reduction technology for lower exhaust noise levels; centralized PLC-controlled fully automated intelligent operation ensuring uninterrupted oxygen supply during single-module maintenance; phased expansion capability reducing initial investment costs; hassle-free long-term operation and maintenance; and a comprehensive industrial oxygen supply cost reduction of over 50%.
1. Modular design for flexible expansion and contraction, capable of adapting to the dynamic changes in factory production capacity
2. Completely replace liquid oxygen storage tanks for gas supply, reducing costs and eliminating safety hazards
3. Non-special equipment design, no annual inspection required, and no cumbersome compliance procedures
4. No downtime maintenance, eliminating factory production losses
5. Smaller size, lower noise, and stronger environmental adaptability
6. Intelligent and fully automatic operation, reducing the overall oxygen supply cost by more than 50%
The Smart Modular Oxygen Production Unit is designed in a standardized and modularized manner, with unified interfaces and convenient disassembly and assembly. No complex civil engineering renovations are required. Based on the actual oxygen demand scale of the factory, the corresponding number of modules can be selected to quickly complete parallel assembly, pipeline connection, and circuit debugging. Oxygen production can be put into use on-site within a short period of time.
After the equipment is powered on, it automatically completes the self-check of the entire machine, air tightness test, and module status identification. The PLC system independently controls multiple modules to alternately complete the pressurization adsorption, pressure release regeneration processes. There is no need for manual adjustment of parameters. Stable and compliant industrial oxygen can be output upon startup.
The system can perceive the peak and valley of oxygen demand in the factory in real time, automatically start and stop idle modules, and dynamically adjust the operating load. During peak demand, it provides stable pressure supply to ensure supply, and automatically enters an energy-saving mode during low demand. It adapts to the differentiated oxygen demand of the factory during day and night, and in different seasons.
Our Smart Modular Oxygen Production Unit supports an online maintenance mode. When a single module is abnormal or needs maintenance, it can be isolated by a single click to conduct maintenance, while the remaining modules continue to supply gas stably, without affecting the continuous production rhythm of the factory.
When the factory's production capacity increases, it can directly parallelly add new standardized modules without replacing the main unit or modifying the entire system. The expansion is simple and fast, with controllable investment, and is suitable for the long-term development plan of the enterprise.
1. Regularly inspect the intake filtration system
2. Keep the module body clean and dry
3. Regularly monitor operating parameters
4. Prohibit unauthorized modification of the modules and piping structure of the Smart Modular Oxygen Production Unit
5. Regularly check noise reduction and sealing structures
6. Long-term shutdown protection management
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Building 13-1, No. 58 Sunshine Avenue, Changshu City, Jiangsu Province, China
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If you have any enquiry about quotation or cooperation, please feel free to email us at di.huang@gsetech.cn or use the following inquiry form.Our sales representative will contact you within 24 hours. Thank you for your interest in our products.
