Description

Efficient Oxygen Generation to Meet Urgent Needs:

The containerized oxygen generator boasts a powerful oxygen generation capacity, capable of producing a large quantity of high-purity oxygen in a short period. Whether it is to address the urgent oxygen demand in medical emergencies or in critical moments such as disaster relief, it can respond promptly, providing strong support for life and health as well as rescue work.
The independently developed molecular sieve filling technology realizes a variety of control technologies such as closed automatic suction, layered filling, and dust removal treatment. With a high degree of automation and a large filling density, it not only ensures the safety of adsorbent filling but also guarantees a high oxygen concentration.
The advanced gas flow guiding and distribution technology, microfluid control technology, and top cylinder compaction technology are industry-first innovations. Coupled with high-efficiency molecular sieves, it achieves high stability of the molecular sieves and high efficiency of oxygen production. Together with the ultra-clean air system, the molecular sieves can achieve a service life of 100,000 hours.

Convenient Mobility and Ready Deployment:

One of the most prominent features of the containerized oxygen generator is its convenience and mobility. It adopts a containerized design, which is like a movable oxygen generation station. It can be easily transferred by various means of transportation. Whether it is by land, sea, or air transportation, the oxygen generator can be quickly transported to where it is needed.
There is no need for complex civil engineering projects or the construction of a dedicated station building. As long as it is connected to the power supply and the pipeline network is docked, it can be put into operation immediately. There are no special requirements for the installation site. It can be used directly outdoors or stacked according to the actual situation.
The convenient features enable it to respond quickly to various urgent needs. Whether it is medical rescue in remote areas or industrial construction in the wild, it can provide a stable oxygen supply anytime and anywhere. It truly realizes “oxygen generation wherever it goes” without being restricted by the site, providing great convenience for users.

Stable, Reliable, and Durable:

During the design and manufacturing process, the containerized oxygen generator uses advanced technologies and high-quality materials, ensuring its good stability and reliability. It can operate stably for a long time in harsh environments. Whether it is in high or low-temperature environments, or in areas with high humidity or high altitude, it will not affect its oxygen generation effect.
The whole machine has a long service life and can always maintain a stable purity, pressure, and flow rate, providing users with a continuous and reliable oxygen supply. The molecular sieve filling inside is highly efficient and more compact, further extending the service life. Moreover, the equipment is very convenient for maintenance, with a low failure rate and low maintenance costs, saving users a lot of time and cost.

Wide Application, Facilitating the Development of Various Industries:

The containerized oxygen generator has a very wide range of application fields. In the medical industry, it provides a reliable source of oxygen for hospital emergency centers, intensive care units, etc. Especially in emergency situations, it can quickly replenish oxygen and save patients’ lives.
In the industrial field, processes such as electric furnace steelmaking, non-ferrous metal smelting, and glass melting all require a large amount of oxygen. The containerized oxygen generator can meet the needs of these industrial productions, improving production efficiency and product quality.
In wastewater treatment, it can be used for oxygen-enriched aeration of activated sludge, pond aeration, and ozone sterilization, effectively improving water quality.
In aquaculture, it provides sufficient oxygen for the aquaculture ponds, promoting the growth of aquatic organisms such as fish and shrimp. In addition, the containerized oxygen generator can be found in many industries and fields, such as field cutting construction, pulp bleaching and papermaking, ore processing, and fermentation.