Helium Liquefaction Recovery System

Product Overview

The Helium Liquefaction Recovery System is an integrated cryogenic processing system that combines helium recovery, purification, and liquefaction. It is designed to collect and process helium released or recovered from laboratory experiments, industrial production, and testing processes, enabling efficient helium recycling and reuse.

By utilizing cryogenic refrigeration and deep purification technologies, the system converts recovered helium into high-purity liquid helium, significantly reducing helium losses and improving resource utilization. The system operates with stable performance and automated control, making it suitable for various industrial and research environments that require continuous helium recovery and reuse.

Working Principle

The system operates based on cryogenic condensation, cryogenic solidification, and cryogenic adsorption principles, performing multi-stage purification and deep treatment of recovered helium.

First, the helium passes through pre-treatment and purification units to remove moisture and impurities. The gas is then cooled gradually by cryogenic refrigeration equipment, allowing impurities to condense or solidify under low-temperature conditions and be separated from the helium stream.

Next, cryogenic adsorption technology further removes residual impurities to obtain high-purity helium gas. Finally, the purified helium is liquefied at extremely low temperatures and stored, completing the integrated process of helium recovery, purification, and liquefaction.

Key Features

• Automated Operation:Fully automatic control system supports one-button start and stop for simple and stable operation.
• Visualized Monitoring:Equipped with an intuitive human-machine interface (HMI) for real-time monitoring of system status.
• Modular Design:Highly integrated modular structure simplifies installation and maintenance.
• Flexible Customization:System configuration and processing capacity can be customized according to user requirements.
• Stable and Reliable:Designed for long-term continuous operation with low maintenance demand and controlled operating costs.
• High Purity Output:Purified helium purity can reach ≥99.999%, meeting the requirements of high-end applications.

Applications

• Scientific Research & Cryogenic Studies:Used in cryogenic physics experiments, superconductivity research, and laboratory helium recovery systems.
• Semiconductor & Electronics Industry:Applied in chip manufacturing, electronic material production, and precision manufacturing processes requiring helium recycling.
• Medical & Diagnostic Equipment:Suitable for helium recovery and reuse in MRI systems and other cryogenic medical equipment.
• Industrial Gas Management:Enables recovery, purification, and reliquefaction of helium in industrial production to improve resource utilization.
• Cryogenic Engineering Systems:Provides high-purity helium and liquid helium supply for cryogenic equipment and engineering systems.