Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator

WOBO Industrial Group Corp.
  • Audited Supplier
  • 5 yrs

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Product Highlights

  • High H2 Recovery Efficiency: Achieves hydrogen recovery efficiency ranging from 70% to 95%.
  • High Purity Output: Delivers H2 purity levels between 95% and 99.5 mol%.
  • Low Energy Consumption: Designed for cost-effectiveness with minimal energy usage.
  • Compact Footprint: Features a small physical size suitable for mobile or space-constrained installations.
  • Stable Performance: Ensures consistent operation under varying industrial conditions.
  • Wide Operating Pressure: Supports maximum operating pressure differences up to 90 barg.
  • High Temperature Resistance: Operates effectively at temperatures up to 90 degrees Celsius.
  • Multi-Industry Application: Suitable for synthetic ammonia, methanol, refinery, and FCC offgas processing.

Product Images of Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator

Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator pictures & photos
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator pictures & photos
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator pictures & photos
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator pictures & photos
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator pictures & photos
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator pictures & photos
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
  • Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
  • Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
    Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
  • Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
    Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
  • Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
    Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
  • Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
    Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
  • Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
    Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
  • Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
    Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator

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Product Description

 
High-Purity Low-Loss Hydrogen Membrane Recovery &Purification Equipment
Mobile H2 Processing Plant 50Ltr Membrane-Based Hydrogen Gas Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
 

 

Product Description

Membrane-based hydrogen concentration and recovery technology utilize hydrogen-containing gases generated during the secondary processing of crude oil. After preliminary treatment, the gases enter the membrane component for separation and concentration. This technology is characterized by cost-effectiveness, low energy consumption, flexible operation, stable performance, small footprint, and high returns.
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator

Technical Features

 

Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
 
When a gas mixture passes through a polymer membrane, gases with fast permeation rates like water, hydrogen, helium, hydrogen sulfide, and carbon dioxide pass through and become enriched, while gases with slower permeation rates like methane, nitrogen, carbon monoxide, and argon are retained. This process achieves the separation of gas mixtures based on the membrane's selective permeability.
 

Application Fields

Hydrogen Separation and Recovery in Synthetic Ammonia Industry

Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Recovery of Hydrogen from High-Pressure Venting in Synthetic Ammonia Production
Ammonia Storage Tank Venting Hydrogen Gas Separation and Recovery
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Comprehensive Solution for Ammonia Industrial Vent Gas
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Hydrogen Recovery in Ammonia/Methanol Plants
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Feature Specification
H2 Recovery > 90%
H2 Purities > 90 mol%
CO Purities > 90 mol%
H2/CO Ratio Control Controlled
Max. Operating Temperature Up to 90ºC
Max. Operating Pressure Differential Up to 90 barg

Methanol Industry Hydrogen Gas Separation and Recovery from Purge Gas
 
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator Refinery Hydrogen Recovery
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Feature H2 Purity: 70-90%, Pressure: 8.0-10.0 MPaG.
L.P. Vent Gas H2 Purity: 50-70%, Pressure: 2.0 MPaG.
FCC Offgas H2 Purity: 30%, Pressure: 0.5 MPaG.
H2 Recovery Efficiency 70-95%.
H2 Purity 95-99.5 mol%.
Max. Operating Temperature Up to 90ºC.
Max. Operating Pressure Difference Up to 90 barg.

  

Project Case

Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator

Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator

Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator
Product Application
Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator

Company Profile

 

Safe H2 Processing Unit 10 MW Membrane-Based Hydrogen Separator


 

 

About the Supplier

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WOBO Industrial Group Corp.
WOBO Industrial Group Corp.
WOBO Industrial Group Corp.
WOBO Industrial Group Corp.
WOBO Industrial Group Corp.
WOBO Industrial Group Corp.
WOBO Industrial Group Corp.
WOBO Industrial Group Corp.

About Our Factory & Business Background

Address
Gaowan Industrial Park, Muye District, Xinxiang, Henan, China
Terms of Payment
LC, T/T, PayPal, Western Union, Small-amount payment, Money Gram
International Commercial Terms(Incoterms)
FOB, EXW, CFR, CIF, Others, FCA
Nearest Port
Shanghai, Qingdao

Our Production Capability & Technical Expertise

Main Products
Water-Electrolytic Hydrogen Making Equipment, AEM Pem Soec Awe Hydrogen Generator Plant, Green Solar Wind Hydrogen Energy Equipment, Cryogenic Oxygen Nitrogen Air Separation Plant, Psa N2 O2 Liquid Oxygen Nitrogen Generator Plant, Co CH4 Membrane Separation Methane Equipment, Hollow Fiber Nitrogen Oxygen Hydrogen Membranes, Carbon Dioxide Marsh Gas Helium Argon Membrane, Carbon Dioxide Gas Separation Recovery Equipment, Cryogenic Equipment Liquid Tank Container

Our Industry Experience & Global Business Record

Export Year
1996-07-09
Main Markets
North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe

FAQ

What is the maximum operating pressure difference?
The unit supports a maximum operating pressure difference of up to 90 barg.
What is the maximum operating temperature?
The equipment can operate at temperatures up to 90 degrees Celsius.
What is the hydrogen recovery efficiency?
The H2 recovery efficiency ranges from 70% to 95%.
What is the purity of the recovered hydrogen?
The H2 purity output is between 95% and 99.5 mol%.
What industries can this equipment be used in?
It is applicable for hydrogen separation in synthetic ammonia, methanol plants, refineries, and FCC offgas processing.
What are the key features of this technology?
Key features include cost-effectiveness, low energy consumption, flexible operation, stable performance, and a small footprint.
What certifications does the product have?
The product holds CCC, CE, and ISO certifications.
What is the condition of the equipment?
The equipment is supplied in new condition.

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