Pollution-Free Helium Enrichment Unit Membrane-Based Helium Machine for Medical

• Customization: Available
• Application Fields: Chemical, Medical
• Certification: ISO
• Model NO.: customizable
• Condition: New
• Noise Level: Low
• Parts: Membrane
• Purpose: Gas Separation
• LNG Bog Helium Recovery System Process: Parameters
• Pressure: Pressure
• Temperature: 20 Degree
• Raw Helium Flow Rate: Operational Flexibility: 50%~110%)
• Composition: CH/ N /Ho /Hz/ CO2
• Composition (Mol/Mol%): 2/0/92.57/4.38/1.05/0
• Machine Size: Medium
• Usage: Helium
• Transport Package: Wooden Case or Container
• Trademark: WOBO
• Origin: China
• HS Code: 8419609090
• Production Capacity: 100set/Year, 20kg/H-10000kg/H.

Product Description

Helium Enrichment Unit using Membrane Technology

Pollution-Free Helium Enrichment Unit Membrane-Based Helium Machine For Medical

Technical principle

Membrane permeation method utilizes the selective permeability of various gases such as helium, nitrogen, argon, methane, etc., through the membrane. Each gas exhibits different permeation characteristics, allowing for the extraction of helium from natural gas.

 

Product Description

LNG BOG Helium Recovery System

Taking LNG BOG as the raw material, the process involves multiple pretreatments and precleaning steps, including but not limited to oil removal, water removal, cryogenic separation purification, recooling, pressurization, drying, decarbonization, etc. The resulting gas mixture contains a higher concentration of helium (He) along with significant amounts of impurities such as methane (CH4) and nitrogen (N2). The process includes membrane separation for helium enrichment, PSA refinement, alloy helium separation,
TSA purification, and other steps to individually remove CH4, N2, and Ne, extracting high-purity helium products.

LNG BOG Helium-Hydrogen Recovery System Process Input Parameters
Pressure	18~20barg
Temperature	20ºC
Raw Helium Flow Rate	300Nm3/h (7200Nm3/day)(Operational Flexibility: 50%~110%)
Composition	CH	CH	N	H0	Hz	CO2
Composition (mol/mol%)	2	0	92.57	4.38	1.05	0

 

Process Output Parameters:

He Product Specifications:

* He Product Purity: 99.999% mol

* He Product Pressure: ≥200 barg

* He Product Yield: ≥97%



H2 Product Specifications:

* H2 Product Purity: ≥99.999% mol

* H2 Product Pressure: 1~50 barg

(adjustable based on hydrogen release temperature)

* H2 Product Yield: ≥95%

 

Integrated Utilization System for Natural Gas/Coalbed Methane/Shale Gas

Taking natural gas/coalbed methane/shale gas as raw materials, the process involves multiple pretreatments and precleaning steps, including but not limited to oil removal, water removal, cryogenic separation purification, recooling, pressurization, drying, etc. The resulting low-concentration He/H2 gas mixture contains a significant amount of impurities such as CH4 and hydrocarbons.

 

The process includes low-temperature fractional distillation, membrane separation for He/H2 concentration, PSA refinement for He/H2 purification, alloy He/H2 separation, TSA removal of Ne, etc., to individually remove CH4, N2, etc. The final result is the extraction of high-purity He, electronic-grade H2, liquid C2H6, LPG, and LNG (or pipeline natural gas).

 

Integrated Utilization System Process Input Parameters for Natural Gas/Coalbed Methane/Shale Gas
Pressure	60barg
Temperature	25ºC
Raw Helium Flow Rate	50000Nm3/h(Operational Flexibility: 50%~110%)
Composition	CH	C2H6	CHy (x>2)	N2	He	H2	CO2
Composition (mol/mol%)	86.35	7	1	0.6	0.04	0.01	5

Process Output Parameters:
He Product Specifications:
* He Product Purity: 99.999% mol
* He Product Pressure: ≥200 barg
* He Product Yield: ≥97%

H2 Product Specifications:
* H2 Product Purity: ≥99.999% mol
* H2 Product Pressure: 1~50 barg (adjustable based on hydrogen release temperature)
* H2 Product Yield: ≥95%

C2H6 Product Specifications:
* C2H6 Product Purity: ≥99% mol
* C2H6 Product Pressure: ≥2.5 bara
* C2H6 Yield: ≥98%

LPG Product Specifications:
* LPG Product Purity: ≥99% mol
* LPG Product Pressure: ≥2.5 bara
* LPG Yield: ≥98%

LNG Product Specifications :
* LNG Product Purity: ≥99% mol
* LNG Product Pressure: ≥2.5 bara
* LNG Yield: ≥98%

 

 

Project Case

 

 

 

Application: Natural gas

Capacity: 24,000 Nm3/day

Operation pressure: 64-68 barg

He feed concentration: 542 ppm

He enrichment: >10 times

He recovery: >85%

Application: LNG/BOG

Capacity: 380 Nm3/h

He concentration in feed: 13.3%

Purities of (He+H2) > 95%

Recovery of (He+H2) > 96%

Membrane Unit Advantages
• No moving parts, designed for remote unmanned operation.

• Rational layout to reduce volume and weight.

• System designed according to user requirements to increase overall helium recovery rate.

• Operational flexibility, capable of operating within a wide range of flow rates and helium concentrations.

• Quick installation and commissioning-skid-mounted systems can be set up within a few hours.

Product Application

 

Company Profile