Argon Cylinder

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Working Principle:PSA oxygen generator is an oxygen generator carefully developed according to the principle of "PSA" pressure swing adsorption. High-quality zeolite is used as an adsorbent to directly separate oxygen from air at room temperature. After the pressure-holding air is purified and dried, oxygen and nitrogen can be separated under the action of pressure swing adsorption. Due to the selective adsorption characteristics of molecular sieves, nitrogen is adsorbed in molecular sieves,...

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PSA Oxygen Making and Cylinder Filling System for Medical Use and Industrial Use Pressure Swing Adsorption (PSA) gas separation technology is an important branch of non-cryogenic gas separation technology, and it has an irreplaceable position in the field of gas supply in today's world. This process uses molecular sieves with capillary pores as adsorbents, and utilizes the difference in diffusion rate of oxygen molecule O2 and nitrogen molecule N2 in molecular sieve. Nitrogen and CO2 molecules...

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High Purity PSA Oxygen Generator System Features: ● Fast start-up, qualified oxygen can be provided within 15-30 minutes; ● The equipment is fully automatic, and the whole process can be unattended; ● Efficient molecular sieve packing, tighter, more solid, and longer service life; ● The pressure, purity, and flow are stable and adjustable to meet the different needs of customers; ● Reasonable structure, safety and stability, low energy consumption; Principle:PSA Oxygen Generation Plant This...

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Oxygen Generation Plant For Hospital price Principle: This process uses molecular sieves with capillary pores as adsorbents, and utilizes the difference in diffusion rate of oxygen molecule O2 and nitrogen molecule N2 in molecular sieve. Nitrogen and CO2 molecules in the air are absorbed into the pores, while most of the oxygen molecules O2 flow through the capillary pores into the oxygen collecting and storing tank in the later stage to be enriched. Molecular sieve has the characteristics of...

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Advanced on-site oxygen supply equipment：PSA Oxygen Plant adopts advanced oxygen production technology and is a flexible and reliable oxygen production equipment. Designed with a number of patented technologies, it has low investment and operating costs. It is especially suitable for the on-site supply of various high and low-purity oxygen consumption, and can economically replace low-temperature preparation of liquid oxygen equipment, liquid oxygen storage tanks, cylinder oxygen, etc. ....

$ 10000 Others

The PSA Oxygen Generation Plant method is a widely used oxygen production method at present. It uses stone molecules as adsorbents, and uses the principle of adding adsorption and desorption to absorb and release nitrogen from the air...A complete set of PSA oxygen production automation equipment is composed of air compressor, air dryer, air filter group, oxygen generator host, oxygen filter group, oxygen storage tank and intelligent control system. PSA oxygen generator can be widely used in...

$ 20000 Others

Hot Selling Oxygen Gas Cylinders Filling Plants The PSA Medical Oxygen Plant adopts the molecular sieve oxygen generation method. The structure is modular, the degree of automation is high, and the operation is convenient. Correct use, timely and effective maintenance and repair are the important links to ensure the oxygen production capacity, oxygen purity and normal output pressure, and prolong the life of oxygen production equipment. Containerized Medical Oxygen Plant can be plug and play,...

$ 20000 Others

Containerized Industrial 96% Psa O2 Generator For Cylinder Filling This process uses molecular sieves with capillary pores as adsorbents, and utilizes the difference in diffusion rate of oxygen molecule O2 and nitrogen molecule N2 in molecular sieve. Nitrogen and CO2 molecules in the air are absorbed into the pores, while most of the oxygen device molecules O2 flow through the capillary pores into the oxygen collecting and storing tank in the later stage to be enriched. Molecular sieve has the...

$ 10000 Others

Tips Before Buy： Oxygen is widely used in industry, such as metallurgy, mining, wastewater treatment, etc., can use oxygen to improve production efficiency and product quality. However, when it comes to how to choose a suitable PSA Oxygen Generation Plant, you need to know several core parameters, namely flow, purity, pressure, altitude, dew point, and local current system; understanding the purpose of oxygen can give you a general framework for equipment configuration , the more customers...

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Hospital Medical Oxygen Plant Introduction: This oxygen concentrator adopts a user-friendly man-machine interface, which can intelligently control the machine, the operation is very simple, and it can quickly produce qualified oxygen. Compact structure and beautiful appearance are also one of its advantages. Due to its small size, it occupies a small area and can effectively save space. Principle: This process uses molecular sieves with capillary pores as adsorbents, and utilizes the difference...

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Typical Use: Nitrogen Maker Machine can be used in many ways，inertization of the air layer above the storage liquid; flushing of containers, pipelines, reactors and isolation chambers; synthetic fiber spinning, wire drawing anti-chlorination, equipment anti-corrosion; nitrogen filling in the production of paint and paint to prevent polymerization when oil is dry; Provide protective gas for oil tankers (use nitrogen gas to seal and purge gas on the oil surface); inert gas supply for marine...

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Oxygen is essential for the normal operation of hospitals，One less element. High-tech PSA Medical.The application of molecular sieve oxygen equipment has changed the hospital oxygen.The traditional model provided by the oxygen plant, the hospital can own.Oxygen is produced for clinical use. PSA medical molecular sieve.oxygen device equipment works by using molecular sieves (adsorbents) selectivity to nitrogen and oxygen adsorption, obtain medical with oxygen. The PSA oxygen generator adopts the...

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PSA Oxygen Generator Manufacturers Cylinder Filling Plant Principle: This process uses molecular sieves with capillary pores as adsorbents, and utilizes the difference in diffusion rate of oxygen molecule O2 and nitrogen molecule N2 in molecular sieve. Nitrogen and CO2 molecules in the air are absorbed into the pores, while most of the oxygen molecules O2 flow through the capillary pores into the oxygen collecting and storing tank in the later stage to be enriched. Molecular sieve has the...

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Product Description Producing oxygen by decomposing hydrogen peroxide or potassium permanganate has the characteristics of fast reaction, simple operation and easy collection, but it is expensive and cannot be mass-produced, and can only be used in the laboratory. In industrial production, it is necessary to consider whether raw materials are readily available, whether they are cheap, whether the cost is low, whether they can be mass-produced, and the impact on the environment. Air contains...

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Cryogenic Air Separation Oxygen Plant Process Description The internal compression process flow is shown in the figure. After the raw air is filtered by the air filter to remove dust and mechanical impurities, it is pressurized by the air compressor and enters the air cooling tower for cleaning and pre-cooling. After pre-cooling, it enters the alternately used molecular sieve adsorber to remove moisture, carbon dioxide, acetylene, etc. impurities. The purified air is divided into two strands:...

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Product Flow Chart： Product details： Oxygen generator provides dependable oxygen supply to meet middle and small amount oxygen on-site requirements. We supply customized pressure, purity, and capacity ranges. Oxygen Capacity： 1 ~ 1000Nm3/h Oxygen Purity： 93%±3% Oxygen Pressure： ≤3 bar(Adjustable) Oxygen Dew point： ≤-40ºC(Adjustable) Oxygen Source In Hospital/Medical Oxygen Generation System/Medical Psa Oxygen Gas Plant Project High-Quality Oxygen Generator /Low Energy Consumption Oxygen...

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Product Specification 1. Cryogenic Oxygen Air Separation Unit with normal temperature molecular sieves purification, booster-turbo expander, low-pressure rectification column, and argon extraction system according to client’s requirement. 2. According to the product requirement, external compression,internal compression (air boost,nitrogen boost),self- pressurization and other processes can be offered. 3. Blocking structure design of ASU, quick installation on site. 4. Extra low pressure...

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Product Description The asu plant separates atmospheric air into its primary components, typically nitrogen and oxygen, and sometimes also argon and other rare inert gases. The most common method for air separation is cryogenic distillation. Cryogenic air separation plants are built to provide nitrogen or oxygen and often co-produce argon. It uses mature cryogenic rectification technology. Our factory developed and designed a full-low pressure molecular sieve to purify the air and turbo...

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Product Description Cryogenic air separation oxygen plant which obtain oxygen from liquid air at low temperature by difference of each component boiling point. Air separation equipment and cryogenic air separation process Air separation equipment uses air as raw material, converts air into liquid state by means of compression cycle and deep freezing, and then gradually separates and produces oxygen from liquid air through rectification. The air separation plant separates atmospheric air into...

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Principles of PSA Oxygen Generator PSA ( Pressure Swing Adsorption) Technology a revolution in Non Cryogenic Air Separation and Oxygen Generation Technology uses special grade of ZMS ( Zeolite Molecular Sieve).The compressed air is passed through a Twin Tower PSA module interconnected with automatic change over valves. After passing through a Refrigerated Dryer air gets dried. Dried compressed air will now come in contact with bed of Zeolite molecular sieves (ZMS). Zeolite Molecular Sieves are...