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China Helium Extraction Unit (HEU) for Rocket Fuel – Leading Suppliers and Factory Solutions
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China Helium Extraction Unit (HEU) for Rocket Fuel – Leading Suppliers and Factory Solutions

Discover our state-of-the-art Helium Extraction Unit designed specifically for rocket fuel production. This advanced equipment is manufactured in China and stands out as a top choice among suppliers in the industry. Our factory utilizes cutting-edge technology to ensure efficiency and reliability in helium extraction processes, making it essential for modern aerospace applications. Elevate your rocket fuel production capabilities with our Helium Extraction Unit, where quality meets innovation.

    Product Description

    Fullcryo Helium Extraction (from LNG/Natural Gas)
    Experienced Design & R&D
    Modernized Equipment Manufacturing
    Professional Installation & Commissioning
    Comprehensive Project Consulting
    Cryogenic method Separation
    Membrane Separation
    Cryogenic purification System

    Fullcryo self-developed high speed helium gas bearing turbine expander, can quickly reach the required temperature. Ultra-low leakage rate all aluminum plate fin heat exchanger,help reduce the heat waste. Efficient oil filtration system and pneumatic cryogenic control valve improved accuracy. Further more, intelligent control technology is integrated in the system.

    Product Details

    LNG Plant-based Helium Extraction Facility

    Although some natural gas fields contain helium, the helium content is very low and therefore it is very costly to directly extract helium from natural gases. A composition test of the noncondensate gases generated during natural gas liquefaction and the BOG (boil-off gas) generated during LNG storage shows a helium content of over 1% which is valuable for extraction. For that reason, Fullcryo has developed the technology of LNG plant-based helium extraction from BOG which uses cryogenic distillation and cryogenic condensation method to recover LNG and acquire high-purity helium gases.It is an effective way for the comprehensive development of helium resources.

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    BOG-HED utilizes cryogenic separation method for helium extraction and liquefaction. Most methane is recovered through cryogenic distillation tower and the remaining mixture gases mostly include the nitrogen, helium and hydrogen. Then the mixtures are further cooled and most nitrogen in it is removed through condensate separation in order to produce the crude helium with a content of over 75%. Such crude helium is then subject to hydrogen-removal process through catalytic bed in order to acquire raw helium in a purity of over 95%. The raw helium then is fed to the internal freeze-out purifier inside the helium liquefier cold box where the gases impurities are frozen and removed and high-purity helium is acquired. Finally, helium is further liquefied in the liquefier.

    Parameter

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    Factory Pictures

    Frequently Asked Questions

    Q1: Why is helium extracted from LNG BOG instead of directly from natural gas?
    Directly extracting helium from natural gas is highly costly due to its extremely low content. However, the BOG (boil-off gas) generated during LNG storage and noncondensate gases have a helium content of over 1%, making it highly valuable and cost-effective for extraction.
    Q2: What separation methods does Fullcryo use for helium extraction?
    Fullcryo utilizes a combination of advanced technologies, including Cryogenic method Separation, Membrane Separation, and Cryogenic purification Systems to ensure efficient recovery and high-purity output.
    Q3: How does the BOG-HED system achieve high-purity helium?
    The system first recovers methane via a cryogenic distillation tower, separates nitrogen to produce crude helium (>75%), removes hydrogen using a catalytic bed to get raw helium (>95%), and finally freezes out remaining impurities in the liquefier cold box to obtain high-purity helium.
    Q4: What are the key features of Fullcryo's self-developed turbine expander?
    Fullcryo features a self-developed high-speed helium gas bearing turbine expander that can quickly reach the ultra-low temperatures required for cryogenic separation processes.
    Q5: How does the system minimize heat waste and ensure operational accuracy?
    The facility utilizes an ultra-low leakage rate all-aluminum plate-fin heat exchanger to reduce heat waste, along with an efficient oil filtration system, pneumatic cryogenic control valves, and integrated intelligent control technology to optimize accuracy.