On-site Container Oxygen Generator

Working principle: NEWTEK's container oxygen generator mainly adopts pressure swing adsorption (PSA) technology. This technology uses the preferential adsorption of nitrogen in the air by molecular sieve adsorbent to separate oxygen from the air, thereby obtaining high-purity oxygen.

Capacity and output: The capacity and output of container oxygen generators are usually large and can be customized according to needs. NEWTEK's products can usually provide oxygen output of tens to hundreds of cubic meters per hour, which is enough to meet the oxygen needs of large medical institutions or industrial users.

Oxygen purity: NEWTEK's container oxygen generator can usually provide 90% - 95% oxygen purity, and some models can even reach 93±3% medical-grade oxygen standards.

Container design: The oxygen production system is integrated in the container, which has the following advantages:
High integration: Integrated compressed air system, air purification system, oxygen production system, control system, etc., easy to install.
Convenient to move: It can be moved and deployed as needed, with strong flexibility.
Good protection: The container shell can protect the internal equipment from the influence of bad weather and environment.
Small footprint: Compared with traditional oxygen stations, container oxygen concentrators have a smaller footprint.
Energy consumption: Compared with traditional liquid oxygen supply methods, PSA oxygen concentrators may have lower energy consumption in long-term operation, especially for continuous and stable oxygen demand.
Maintenance: Container oxygen concentrators require regular maintenance, including replacement of consumables such as molecular sieves and filters, as well as system inspection and maintenance.

Determine Oxygen Demand:
Oxygen volume: Determine the amount of oxygen required per hour (m³/h) based on actual demand. This requires considering factors such as the number, type, and usage time of oxygen equipment.
Oxygen purity: Determine the required oxygen purity based on the purpose. Medical oxygen usually requires a purity of 93±3%.
Oxygen pressure: Determine the outlet pressure of the oxygen concentrator based on the pressure requirements of the oxygen equipment.
Choose Choose The Appropriate Model:
Based on the determined oxygen demand, select the appropriate model in the NEWTEK product catalog. It is necessary to consider whether the output, purity, pressure and other parameters of the oxygen concentrator meet the requirements.
You can contact NEWTEK's sales representative or distributor for detailed product information and technical support.
Consider Site Conditions:
Power supply: Ensure that there is a power supply that meets the requirements on site, including voltage, frequency, power, etc.
Gas source: The PSA oxygen concentrator requires clean compressed air as the gas source, and it is necessary to consider whether an air compressor, air purification system, etc. are required.
Space: Ensure that there is enough space to place the containerized oxygen concentrator and leave enough maintenance space.
Environment: Consider the impact of ambient temperature, humidity, dust and other factors on the oxygen concentrator.
Understand configurations and options: NEWTEK's containerized oxygen concentrators usually provide a variety of configurations and options, such as different control systems, alarm systems, backup systems, etc.

• Select appropriate configurations and options according to actual needs to improve the reliability and safety of the system.
• Compare prices and after-sales services: Get quotes from NEWTEK or its dealers and compare with similar products from other brands.

Understand the after-sales service policy, including warranty period, repair response time, spare parts supply, etc.

• Consider certifications and standards: Confirm whether NEWTEK's oxygen concentrators comply with relevant industry standards and certifications, such as ISO 13485, CE, FDA, etc., especially for oxygen concentrators used for medical purposes.

Oxygen production ratio:
This refers to the ratio of the amount of oxygen produced by the oxygen concentrator to its rated production. For example, if the rated production of an oxygen concentrator is 100 cubic meters per hour and the actual production is 90 cubic meters per hour, its oxygen production ratio is 90%.
When purchasing, you need to consider the matching degree between the actual oxygen demand and the rated production of the oxygen concentrator to ensure that the output of the oxygen concentrator can meet your needs, and also consider a certain margin to deal with emergencies.
Oxygen purity ratio:
This refers to the ratio of the oxygen purity produced by the oxygen concentrator to the theoretical maximum purity. For example, if the theoretical maximum purity of an oxygen concentrator is 95% and the actual purity is 93%, its oxygen purity ratio is 97.89%.
In the medical field and other fields, oxygen purity is a very important indicator, and you need to choose the appropriate oxygen purity according to the actual application scenario. NEWTEK's oxygen concentrators can usually provide 90% - 95% oxygen purity, and some models can even reach 93% medical-grade oxygen standards.
Energy consumption ratio:
This refers to the ratio of the energy actually consumed during the operation of the oxygen concentrator to its rated power. A lower energy consumption ratio means higher energy utilization efficiency, which can reduce operating costs.
When purchasing, you can pay attention to the energy efficiency ratio of the oxygen concentrator (COP or SCFM/kW, etc.), whether there is an energy-saving mode or intelligent control system, etc.
Maintenance cost ratio:
This refers to the ratio of the maintenance cost of the oxygen concentrator to its total cost. A lower maintenance cost ratio means lower long-term operating costs.
When purchasing, you can understand the replacement cycle, maintenance frequency, repair cost, etc. of the consumable parts of the oxygen concentrator, as well as the after-sales service policy provided by NEWTEK, such as warranty period, repair response time, spare parts supply, etc.
Data monitoring and analysis:
Some advanced oxygen concentrators may be equipped with data monitoring and analysis systems, which can monitor key parameters such as oxygen production, purity, energy consumption, etc. in real time, and generate reports for analysis.
These data can help you optimize the operation of the oxygen concentrator, improve efficiency, and reduce costs. When shopping, you can find out whether NEWTEK's oxygen concentrator supports data monitoring and analysis functions and whether it can be integrated with your existing system.

Improve Sewage Treatment Efficiency:
Provide sufficient oxygen supply: In the sewage treatment process, especially the activated sludge method, a large amount of oxygen is required to maintain the normal metabolism of microorganisms and degrade organic matter. NEWTEK's oxygen generator can provide a continuous and stable oxygen supply to ensure the smooth progress of the sewage treatment process.
Optimize the aeration system: Traditional aeration systems usually use air as the air source, of which only about 21% of the oxygen is used. Using pure oxygen for aeration can improve the oxygen transfer efficiency, reduce energy consumption, and improve treatment efficiency.
Enhance treatment capacity: Adequate oxygen supply can promote the activity of microorganisms and increase the degradation rate of organic matter, thereby enhancing the treatment capacity of sewage treatment plants to cope with higher influent loads.
Reduce Operating Costs:
Reduce energy consumption: As mentioned above, using pure oxygen aeration can improve the oxygen transfer efficiency and reduce the energy consumption of the aeration system. In addition, NEWTEK's oxygen generator uses advanced PSA technology, and its energy consumption is generally lower than that of traditional oxygen production methods.
Reduce the amount of reagents used: Adequate oxygen supply can improve sludge settling performance and reduce the amount of reagents used in sludge treatment.
Reduce sludge production: Under sufficient oxygen conditions, microorganisms can degrade organic matter more thoroughly, thereby reducing the amount of residual sludge produced and reducing the cost of sludge treatment and disposal.
Improve efflueImprove Effluent Water Quality:
Improve organic matter removal rate: Adequate oxygen supply can promote the degradation of organic matter by microorganisms, improve the removal rate of indicators such as COD and BOD, and improve effluent water quality.
Reduce ammonia nitrogen content: During nitrification, sufficient oxygen supply can promote the activity of nitrifying bacteria and improve the removal efficiency of ammonia nitrogen.
Reduce odor: Adequate oxygen supply can inhibit the growth of anaerobic bacteria and reduce the generation of odorous gases during sewage treatment.
Improve The Level Of Automation:
Stable oxygen supply: NEWTEK's oxygen generator can automatically adjust the oxygen output and purity to ensure the stability of oxygen supply during sewage treatment.
Remote monitoring and control: Some models of oxygen generators may support remote monitoring and control functions, which are convenient for operators to perform remote management and maintenance.
Environmental Benefits:
Reduce carbon emissions: Compared with traditional oxygen supply methods such as liquid oxygen, on-site oxygen generation can reduce carbon emissions during transportation.
Save water resources: Improve sewage treatment efficiency and reduce water waste.

►It Should Be Noted That:
Investment cost: The initial investment cost of the on-site container oxygen generator may be high, and a cost-benefit analysis is required to evaluate its long-term economic benefits.
Maintenance and maintenance: The oxygen generator requires regular maintenance and maintenance to ensure its normal operation and service life.
Applicability: Not all sewage treatment processes are suitable for pure oxygen aeration, and analysis and evaluation are required based on specific circmstances.

Hot Tags: on-site container oxygen generator, China on-site container oxygen generator manufacturers, suppliers, Oxygen Containing Plants, oxgen generator, Containerized Oxygen Production Plant, Containerized Oxygen Generator, Oxygen Generator In Container, oxygen supply