skid-mounted oxygen generator
Container-type oxygen generator system
Product Features:
● Flow: 1～300 Nm3/hr
● Purity: 93%～99.5%
● Pressure: 0.01~0.6 MPa (adjustable)
● Atmospheric pressure dew point: -40℃~-70℃ (adjustable)
● Quick start-up: Provides qualified oxygen within 15-30 minutes;
● Fully automatic operation: Unattended operation throughout the entire process;
● Highly efficient molecular sieve filling: tighter, more compact, and longer service life;
● Stable and adjustable pressure, purity, and flow rate to meet diverse customer needs;
● Reasonable structure, safe and stable, with low energy consumption;
Advantages of Modular Containerized :
● Flow: 1～60Nm3/hr
● Purity: 93%～99.5%
● Pressure: 0.01Mpa~20Mpa
● Atmospheric pressure dew point: -40℃~-70℃ (adjustable)
A. No need for a separate factory building; only a level cement floor is required from the owner, and it’s ready for immediate use.
B. Simply connect to a power source and export the container to begin production.
C. Fast delivery (in stock, delivery within 10 days at the latest)! Quick and easy installation!
D. Easy to move; simply load it onto a truck and move it to the installation site!
E. Includes: air compressor, air tank, compressed air post-processing equipment, PSA oxygen generator, oxygen process tank, plate ozone generator (optional), chiller unit (optional), 1.5P air conditioner (optional), oxygen leak alarm (optional), ozone leak alarm (optional).
F. Alternatively, only the oxygen generator container can be selected, excluding the above optional items.
Flow chart
Screw air compressors compress air to provide raw materials for oxygen production, typically with a maximum pressure of 1.0 MPa.
Dryers are used to remove moisture, carbon dioxide, and other impurities from compressed air. In nitrogen processes, depending on the required oxygen quality, either a refrigerated dryer with a dew point of 3°C or an adsorption dryer with a dew point as high as -60°C can be used.
Used to balance pressure fluctuations before supplying air to the oxygen concentrator.
Remove residual moisture, oil, and solid particles from the compressor.
Separating oxygen from the air using molecular sieve pressure swing adsorption technology
Balance pressure fluctuations in the oxygen concentrator and establish oxygen reserves.
Fill oxygen into the oxygen cylinder
Application areas of oxygen generator
Large-scale factories and aquaculture facilities use oxygen generators for oxygen production, enrichment, and dissolved oxygen. They are also used in conjunction with large ozone generators for disinfection, sterilization, and algae removal in aquaculture ponds.
Electric arc furnace steelmaking: decarburization, oxygen-assisted combustion heating, foam slag dissolution, metallurgical control, and subsequent heating.
Wastewater treatment: oxygen-enriched aeration of activated sludge, oxygenation of water tanks, and ozone sterilization.
Field cutting: oxygen enrichment for cutting steel pipes and plates in the field; mobile or small oxygen generators can meet the requirements.
Sewage treatment and non-ferrous metal smelting: oxygen enrichment is required for smelting steel, zinc, nickel, lead, etc. The PSA process is gradually replacing the cryogenic process.
Glass melting: oxygen-assisted combustion and dissolution, cutting, increasing glass production, and extending furnace life.
Pulp bleaching and papermaking: chlorine bleaching is converted to oxygen-enriched bleaching, providing inexpensive oxygen. (7) Ore processing: Used in the production of gold and other precious metals to improve the extraction rate.
Ore processing: Used in the production of gold and other precious metals to improve the extraction rate.
Fermentation: Oxygen enrichment replaces air to provide oxygen for aerobic fermentation, significantly improving efficiency.
Drinking water: Provides oxygen to ozone generators for oxygen production and sterilization.
For businesses that require a long-term, large-volume oxygen supply and prioritize cost-effectiveness and environmental protection, oxygen generator are an ideal choice.
Request a formal quote
Firstly, PSA oxygen generator are the most economical of all oxygen production equipment. Secondly, oxygen concentrators can continuously produce oxygen, avoiding the cost of frequently purchasing oxygen cylinders and reducing transportation costs: on-site oxygen production reduces the cost of transporting and storing oxygen cylinders, thus lowering overall operating costs.
High stability: The oxygen generator can supply oxygen 24 hours a day without interruption, ensuring continuous operation of the production line and unaffected by oxygen cylinder replacements or supply interruptions. Adjustable gas supply: Oxygen production can be adjusted according to actual needs, avoiding overproduction or shortages and improving production flexibility.
Easy to operate: Modern oxygen generators are well-designed, easy to operate and maintain, and can run stably for extended periods, minimizing downtime. Efficient management: An automated control system monitors oxygen purity and output in real time, ensuring efficient and stable production.
Low maintenance costs: No maintenance or operating costs for the oxygen generator are incurred, reducing the complexity of equipment management. Ready to use immediately: Oxygen cylinders are ready to use upon arrival, eliminating the need for on-site oxygen production preparation time.