Productive O2 Enriched Making Plant Membrane-Based Oxygen-Rich Plant

• Customization: Available
• Application Fields: Chemical
• Certification: ISO
• Model NO.: MOE-99.99
• Noise Level: Low
• Parts: Membrane
• Purpose: Gas Separation
• Product Name: Portable Membrane Nitrogen Enrichment Device
• Rated Power: <40 W
• Oxygen Concentration: 30%+1.5
• Oxygen Flow Rate: 4 L/Min
• Operating Sound: <45 dB
• Unit Weight: 0.9 Kg
• Dimensions(L* W* H mm): 160 X 120 X75
• Machine Size: Medium
• Usage: Oxygen Enrichment
• Transport Package: Wooden Case or Container
• Trademark: WOBO
• Origin: China
• HS Code: 8419609090
• Production Capacity: 100set/Year, 20kg/H-10000kg/H.

Product Description

Polymeric Membrane Purification Oxygen Enrichment Device

Productive O2 Enriched Making Plant Membrane-Based Oxygen-Rich Plant

Technical principle

Membrane oxygen enrichment exploits the differential permeation rates of various components in the air through a membrane. Driven by a pressure differential, this process allows oxygen to preferentially pass through the membrane, resulting in oxygen-enriched air. Employing this membrane for multiple separations can yield oxygen-enriched air with over 30% oxygen content. It is characterized by its compact size, mobility, rapid operation, and low cost.

Using air with an oxygen content of 21% as the feed gas, passing it through the oxygen enrichment membrane yields oxygen-enriched gas with a concentration of 26-30%.
 

Type	Oxygen Concentration Range	Oxygen Flow Range	Economic Comparison
Spiral Membrane Unit	28-31%	0.04-50,000 Nm3/h	Compared to cryogenic and (V)PSA methods at an oxygen concentration of around 30% and a scale smaller than 50,000 Nm3/h, the membrane method incurs only about 66% to 98% of the investment, maintenance, and operational costs.
Plate Membrane Unit	28-31%	0.04-50,000 Nm3/h	Compared to cryogenic and (V)PSA methods at an oxygen concentration of around 30% and a scale smaller than 50,000 Nm3/h, the membrane method incurs only about 66% to 98% of the investment, maintenance, and operational costs.
Hollow Fiber Membrane Unit	30-45%	0.04-50,000 Nm3/h	Compared to cryogenic and (V)PSA methods at an oxygen concentration of around 30% and a scale smaller than 50,000 Nm3/h, the membrane method incurs only about 66% to 98% of the investment, maintenance, and operational costs.
* Various Models/Size/OEM/ODM Can Be Supported.

Product Description

Membrane oxygen-enriched combustion aid system

Advantages of oxygen enrichment and combustion-supporting system
with membrane technology
 

Adopting patent technologies of "partial oxygen enhancement", "gradient combustion" and "symmetrical combustion" to achieve:

Enhance flame temperature

Reduce gas displacement

Increase heat utilization rate, obvious effect of energy saving.

Decrease excess air coefficient.

Save 6-18% of energy, improve 3-15% of production capacity and increase quality grade of product for glass furnace

Save 5-20% of energy for industrial boiler
 

 

GreenLife Oxygen - Membrane Separation Oxygen Enrichment

Product Features

Consistently produces oxygen with a concentration of 30%, no need for monitoring.
Can operate continuously in areas below 6000 meters above sea level.
Compact, lightweight, and low power consumption.
Oxygen supply through a mask and oxygen tube.
No easily damaged parts, maintenance-free for future use.
Effectively removes PM2.5.
Gas is humidified, no need for additional humidification.
Comes with a portable power supply, with a battery life of 3 hours (portable).

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