The medical liquid oxygen plant plays a crucial role in medical gas engineering, as it serves as a vital source for the central oxygen supply system. Its composition and design specifications greatly influence the overall operation of this system.
At its core, the liquid oxygen station is comprised of several key components. These include the liquid oxygen tank, vaporizer, pressure reducer, pipeline, and alarm. Together, they facilitate the safe and efficient delivery of liquid oxygen to where it is needed.
The oxygen production system, on the other hand, encompasses various elements that ensure a steady supply of oxygen. It primarily consists of an air compressor, air cooler, air buffer tank, switching valve, adsorber, and oxygen balance tank. These components work in harmony to generate and maintain a sufficient oxygen supply.
The air compressor plays a fundamental role in the oxygen production process. It compresses ambient air, which is then cooled in an air cooler to remove excess moisture and impurities. The resulting compressed and purified air is stored in an air buffer tank.
To optimize the oxygen production, a switching valve controls the flow of compressed air. It directs the air towards the adsorber, where a specific adsorbent material effectively separates oxygen from other gases in the compressed air. This ensures a high purity oxygen output.
The oxygen balance tank serves as a reservoir for the produced oxygen. It helps stabilize the supply and maintain a constant pressure. From there, the oxygen is transferred to the liquid oxygen tank for storage and subsequent utilization.
The overall composition and design specifications of the medical liquid oxygen plant are crucial in ensuring the smooth operation of the central oxygen supply system. Through careful arrangement and integration of the mentioned components, a reliable and efficient source of medical oxygen is established, meeting the vital needs of healthcare facilities.
The main technical parameters:
Liquid oxygen tank outlet flow: 50m3/h~100m3/h.
Output pressure value: 0.55-0.8MPa.
The measured volume of the cylindrical tank containing liquid oxygen is approximately 2 to 5 cubic meters. This information indicates the amount of space the tank can hold when filled with the liquid gas.
System leak rate ≤0.5% per hour.
The liquid oxygen tank storage tank valve with low temperature has an innovative design and dependable sealing capability. The helium mass spectrometer test on the inner cylinder and jacket was stringent, with a leak rate of below 1×10.6Pa.L/S, ensuring a lengthy vacuum insulation life. Please create a closely related text by reorganizing the initial text while ensuring that the resulting content is based on the initial text information. Do not generate dialogue using the ChapGPT method but rather speak using an entirely distinct language model.
Advantages of medical liquid oxygen station:
The oxygen storage system offers numerous advantages including a large storage capacity for oxygen, allowing for a substantial amount of oxygen to be stored. Additionally, it operates at low liquid oxygen storage pressures of either 0.8Mpa or 1.6Mpa, ensuring safety and reliability. The system is easy to operate, requiring minimal effort. One major benefit is that it significantly reduces the cost of oxygen consumption, saving approximately 1/3 when compared to traditional bottle oxygen systems. Furthermore, the daily maintenance workload is minimal, allowing for hassle-free operation.
Notes:
For the safe storage of liquid oxygen tanks above 500L, it is essential to place them outdoors. To ensure utmost safety, there should be a minimum distance of 7.5m between the outdoor liquid oxygen tank and surrounding offices, wards, public places, and bustling roads. Moreover, it is crucial to maintain a clear zone of at least 5m around the tank, devoid of any combustible materials or asphalt pavement. Failure to maintain this safety perimeter can lead to potential hazards, including the risk of combustion. Therefore, it is imperative to strictly adhere to these guidelines to prevent any unfortunate incidents.
Liquid oxygen has a density of 1140kg/m3, while oxygen itself has a density of 1.429kg/m3. This means that when 1m3 of liquid oxygen evaporates, it can provide a volume of oxygen equivalent to 800m3. In order to ensure a 7-day supply of oxygen for the hospital, it is crucial to store a sufficient amount of liquid oxygen.
To determine the required storage capacity for liquid oxygen in a hospital, you need to consider the number of hospital beds and other related wards such as ICU and operating rooms. The total flow rate of oxygen is calculated by multiplying the number of hospital beds by 0.75L per minute and adding the flow rate for other related wards which is 10L per minute. This total flow rate is then multiplied by the number of minutes in an hour, hours in a day, days in a week, and divided by 800 which gives the total volume of liquid oxygen required for storage in the hospital. By following this formula, hospitals can determine the amount of liquid oxygen they need to store to ensure that they have enough supply to meet the oxygen demands of their patients.
Guodi-Tech, situated in Zhejiang Province in Hangzhou City's Tonglu County, specializes in delivering top-notch equipment and solutions for medical oxygen stations. Our extensive range includes liquid oxygen storage tanks, medical oxygen generators, oxygen busbars, and various hospital oxygen station equipment. Additionally, we provide comprehensive services such as medical gas pipeline engineering, ward equipment belts, and oxygen terminals. With a strong focus on meeting the unique requirements of hospitals and healthcare facilities, we are committed to supplying cutting-edge system equipment for efficient oxygen management. Experience the excellence of Guodi-Tech and elevate your medical gas infrastructure to new heights.
Who we are?
Kaihe Group, a renowned domestic manufacturer of pressure swing adsorption oxygen production equipment and low-temperature air separation equipment, has a wholly-owned subsidiary known as Guodi Tech. This subsidiary is committed to delivering high-quality and efficient equipment to its customers. We take pride in our products, which have obtained various certifications such as CE, BV, ISO9001, ISO13485, ISO45001, and ISO14001. These certifications, including the ISO9001 quality management system, ISO13485 medical device quality management system, ISO45001 occupational health and safety management system, and ISO14001 environmental management system, ensure that our equipment meets the necessary standards. We place great emphasis on maintaining the quality and efficiency of our equipment, and our certifications validate our commitment to excellence.
At Guodi Technology, we have an impressive range of capabilities when it comes to manufacturing and R&D in the gas booster and generator industry. Created on-site, we design custom solutions for a variety of industries and applications, using our expertise to deliver high-quality products with the lowest energy costs possible.
Our impressive selection includes oil-free gas boosters, nitrogen generators, VPSA oxygen generators, PSA oxygen generators, and cryogenic air separation equipment. We pride ourselves on being able to offer standard industrial solutions while also providing bespoke systems tailored to specific needs.
By choosing Guodi Technology, you can be assured that you will receive a product of the highest quality, with efficient energy consumption and unparalleled attention to detail. No matter which solution you choose, we always deliver excellent results, meaning you can focus on what your business does best.
We have rich experience in foreign trade export, such as India, Nepal, Ethiopia, Georgia, Mexico, Egypt, Peru, South Korea, and look forward to exporting to all countries. Adhering to the enterprise tenet of "integrity, cooperation and win-win". Looking forward to cooperating with you and even long term business.
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