50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit

Product Details
Customization: Available
Application Fields: New Energy
Certification: ISO
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  • 50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
  • 50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
  • 50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
  • 50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
  • 50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
  • 50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
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  • Overview
  • Advantage of our product
  • Inquiry list
Overview

Basic Info.

Model NO.
ASO-1500L
Condition
New
Purpose
Gas Production Line
Structure
Production Line
Types
Air separation equipment
Working principle
Cryogenic Separation Technical
Aftersals Service
Egineer Oversea Service Availble
Purity of Oxygen
99.6%
Purity of Nitrogen
99.999%
High Purity Output
Essential for Industries Like Healthcare, Electron
Energy Efficiency
Minimizing Power Consumption
Scalability & Capacity
Small and Large Production Capacity Available
Reliable & Continuous Operation
Critical for Industries Requiring Uninterrupted Ga
Cost-Effective Bulk Production
Conomical for High-Volume Production Due to Lower
Versatility in Product Range
Can Co-Produce Argon, Krypton, Xenon, and Other Ra
Advanced Safety Features
Built-in Safeguards Ensure Safe Handling of Cryoge
Ease of Storage & Transport
Efficient Long-Term Storage and Transportation in
Origin
China
HS Code
8419601900
Production Capacity
60/Year

Packaging & Delivery

Package Size
300.00cm * 300.00cm * 3000.00cm
Package Gross Weight
50000.000kg

Product Description

50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
Advantage of our product
ADVANTAGE OF OUR PRODUCT 
  1. High Purity Output: Produces ultra-high-purity liquid oxygen (LOX) and liquid nitrogen (LIN), essential for industries like healthcare, electronics, and aerospace, where contamination risks must be minimized.

  2. Energy Efficiency: Optimized cryogenic processes leverage advanced heat exchangers and distillation columns, minimizing energy consumption per unit of gas produced, especially in large-scale operations.

  3. Scalability & Capacity: Designed for both small and large production volumes, these plants can meet diverse demands, from industrial gas supply chains to specialized medical or research applications.

  4. Reliable & Continuous Operation: Robust design ensures 24/7 operation with minimal downtime, critical for industries requiring uninterrupted gas supply, such as steelmaking or chemical manufacturing.

  5. Cost-Effective Bulk Production: Economical for high-volume production due to lower operational costs over time, despite higher initial capital investment.

  6. Environmental Sustainability & Energy Recovery:

    • No chemical additives are used; separation relies on physical processes (liquefaction and fractional distillation).

    • Waste cold energy can be recovered and reused, reducing overall carbon footprint.

  7. Versatility in Product Range: Can co-produce argon, krypton, xenon, and other rare gases by adjusting distillation parameters, adding value to operations.

  8. Advanced Safety Features: Built-in safeguards (pressure relief systems, leak detection, and automated shutdown protocols) ensure safe handling of cryogenic liquids and high-pressure equipment.

  9. Ease of Storage & Transport: Liquid oxygen and nitrogen have higher density than gaseous forms, enabling efficient long-term storage and transportation in insulated tanks.

  10. Automation & Precision Control: Modern plants integrate PLC/DCS systems for real-time monitoring, precise adjustments, and remote operation, reducing human error and enhancing productivity.

  11. Compliance with Industry Standards: Meets stringent quality and safety regulations (e.g., ISO, FDA, and industrial gas standards), ensuring suitability for medical, food, and pharmaceutical applications.

Key Applications:

  • Medical: Liquid oxygen for respiratory therapies and hospitals.

  • Industrial: LIN for inerting, freezing, and metal processing; LOX for combustion and oxidation processes.

  • Technology: Ultra-pure gases for semiconductor manufacturing and electronics cooling.

These advantages make cryogenic air separation plants the backbone of industrial gas production, balancing efficiency, reliability, and adaptability to evolving market needs.


50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit50nm3/H - 5000nm3/H Liquid Oxygen Plant Cryogenic Air Separation Unit
Inquiry list

Enquiry Sheet

  1. The local atmospheric conditions using equipment
 
Item Unit Parameter Remark
Average atmospheric
pressure
 
kPa   The annual average
Average atmospheric
 temperature
 
ºC   The annual average
The average relative
humidity of the atmosphere
%   The annual average
Height above sea level m    
Power supply conditions
 
V    
Hz    
Point of use  

2. Design parameters of equipment

 
Item Unit Output Pressure barG Purity Remark
Oxygen Nm³/h        
Liquid Oxygen L/h        
Nitrogen Nm³/h        
Liquid Nitrogen L/h        
Argon Nm³/h        
Liquid Argon L/h        


 

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