Efficient H2 Treatment System 1kw Membrane-Based Hydrogen-Rich Generator

• Usage: Hydrogen
• Purpose: Gas separation
• Parts: Membrane
• Application Fields: Chemical
• Noise Level: Low
• Machine Size: Medium
• Model NO.: customizable
• Condition: New
• Certification: ISO, CE, CCC
• Feature: Data
• H.P. Vent Gas: Purity: 70-90%, Pressure: 8.0-10.0 Mpag
• L.P. Vent Gas: Purity: 50-70%, Pressure: 2.0 Mpag.
• FCC Offgas: Purity: 30%, Pressure: 0.5 Mpag.
• H2 Recovery Efficiency: H2 Recovery Efficiency
• H2 Purity: H2 Purity
• Max. Operating Temperature: up to 90ºC.
• Max. Operating Pressure Difference: up to 90 Barg.
• Transport Package: Wooden Case or Container
• Specification: 1558*1012*2005
• Trademark: WOBO
• Origin: China
• HS Code: 8419609090
• Production Capacity: 100set/Year, 20kg/H-10000kg/H.

Product Description

High-Purity Low-Loss Hydrogen Membrane Recovery &Pu
Efficient H2 Treatment System 1Kw Membrane-Based Hydrogen-Rich Generator

 

 

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.

Technical Features

 

 

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

Recovery of Hydrogen from High-Pressure Venting in Synthetic Ammonia Production

Ammonia Storage Tank Venting Hydrogen Gas Separation and Recovery

Comprehensive Solution for Ammonia Industrial Vent Gas

Hydrogen Recovery in Ammonia/Methanol Plants

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

 

 Refinery Hydrogen Recovery

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

Product Application

Company Profile