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Industrial Oxygen Gas Generation Plants Supplier - Youchi Gas
Industrial oxygen gas production plants separate purified oxygen gas from ambient air rather than relying on delivered supply chain logistics. On-site generation leverages two primary separation techniques – pressure swing adsorption (PSA) or membrane filtration. PSA repeatedly cycles air through adsorbent materials using pressure fluctuations to retain nitrogen while oxygen is released preferentially. An advanced approach called vacuum pressure swing adsorption (VPSA) boosts recovery and reduces costs by integrating negative pressure vacuuming.
Our company provides robust, trouble-free VPSA oxygen generation systems perfectly suited for industrial stream enrichment applications needing up to 10,000 cubic meters per hour supplied at 90-95% purity. Pre-engineered containerized plants enable quick installation and standardization. Customization also configures large-capacity VPSA solutions tailored to specific oxygen demands. By extracting purified oxygen gas directly from the air through selective adsorption and desorption rather than purchasing liquid deliveries, VPSA technology provides reliable, flexible, cost-competitive supply security on site. Integrating a modular VPSA plant eliminates issues like price volatility or shipping delays. Adjustable vacuum swing process plants meet wide-ranging oxygen needs from small supplementary units to full-scale central generation.
YouChi Gas pioneered the on-site oxygen production concept for decades. Today, we continue to integrate our oxygen generation plants into the operations of industrial and municipal users such as glass, nonferrous metals and steel, cement, pulp and paper, water treatment and other industries.
From local On-site Applications Engineers to Plant Sales and Support Staff, YouChi Gas's professional team of on-site experts works with customers across industries and applications to develop oxygen supply systems that emphasize safety, reliability, and operating efficiency, contributing to cost-effective oxygen supply, higher productivity, and improved environmental performance.
How Does The Oxygen Generation System Work?
Oxygen generation systems produce purified oxygen gas from the air through a selective adsorption process without needing external feedstock supplies. Ambient air first passes through compressors to increase pressure before entering specialized towers packed with zeolite or other molecular sieve materials. These adsorbents possess porous structures that nitrogen molecules preferentially adhere to but which oxygen molecules do not, allowing metabolic oxygen to pass through unimpeded. This oxygen-rich gas then flows into pressurized storage while adsorbers continue loading with nitrogen contamination until saturation. Before nitrogen overloads and breakthrough occurs, the tower undergoes depressurization, which liberates the attached nitrogen back to the atmosphere while zeolite sites regenerate for the next air separation cycle. Switching between paired adsorber towers maintains continuous pressure swing adsorption operation. Integral controllers track output purity and capacity thresholds to regulate this cycling process smoothly between separation, purge, and regeneration stages. With only ambient air and electricity required, self-contained oxygen generator systems reliably produce on-demand supply independence, eliminating logistical issues like vendor pricing, inventory, and delivery delays for facilities with varying demands.
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People May Ask
Cryogenic separation uses costly tools and labor-intensive procedures to cold and compress air in order to separate nitrogen from other gases. However, because P A technology uses molecular ieve bed to add nitrogen to the air, it is more inexpensive and energy-efficient.
It was used to produce explosives, nylon, dye, fertilizer, and nitric acid. Nitrogen must first be reacted with hydrogen to create ammonia in order to create the end product.
As a color, odor, and ta tele ga, nitrogen (N2) accounts for 78.09% (by volume) of the air we breathe. It is nonflammable and won't support a fight. Nitrogen has a slight weight advantage over air and is only weakly soluble in water. Although it is frequently regarded as an inert gas, it is not actually inert.
At temperatures below 196.50 degrees Celsius, nitrogen is a liquid and is used as a refrigerant for several purposes, including the preservation of blood and the cooling of massive computer systems, as well as some industrial trials. It is easier to use than dry ice for low-temperature cooling because it is a liquid.
The nitrogen molecule is separated from other molecules in the air by passing through a set of polymer fibers after it has been compressed. Although it can also be used in a number of other marine applications, the cleaned air was pumped into a chamber where it served as an inert buffer for oil and gas.
N2 has two nitrogen atoms and a chemical link between them. Just two nitrogen atoms that are not chemically linked make up the compound 2N. Simply explained, 2N are two nitrogen atoms, whereas N2 is a single nitrogen molecule.
Generator ize Price Range Coverage Area by Generator Co t by ize2 to 5 kW $300 - $1,500 One device and a few lights7 to 10 kW $2,300 - $3,500 everal appliance , ump pump, 10 light
13 to 16 kW $3,500 - $4,800 Home of up to 1,500 square feet17 to 20 kW $4,000 - $6,200 1,500 - 3,000 q ft home
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The hypoxic air fire prevention system uses nitrogen generators to create air with a low oxygen concentration that will help a fire spread.
Membrane nitrogen generators and pre-ure wing absorption (P A) nitrogen generators are two types of on-demand technologies for producing nitrogen gas.
The price of a mall flow nitrogen generator typically ranges from $3,000 to $20,000. The cost of a mid-flow nitrogen generator ranges from $20,000 to $100,000.
