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PE9000S Series: Tool or Lab Wide Capacitiy
Compact Cabinet Design
Central or Point of Use Operation
Benefits:
- Lower Hydrogen Supply Chain Cost
- Lower Cost of Ownership
- vs. Catalytic + Getter
- vs. Cryogenic Purifier
- vs. Other Palladium Purifiers
- No Regeneration or Consumables
- High Flow Capacities
Advantages:
- Ultra-Pure Hydrogen from any hydrogen source
- Absolute Purity > 99.9999999%
- PPT levels of O2 + H2O for LED's
- PPT levels of N2 for PV and Sic
- Protects from variation in supply purity
Design Features:
- GE Industrial Controller for reliability and global parts access
- Color touch-screen LCD for monitoring and control
- P130 controller uses flash memory for data log and software pressurizing.
- Display with 3 lines of status information and scrollable menus
- Simple, automated startup and shutdown
- Front-panel emergency-off (EMO) switch
- Can use hydrogen or nitrogen purge during standby
- Automatic recovery from short duration power outages
- Software and connections for helium leak testing (hot or cold)
- Compact, cabinet designed for table, rack or wall mounting
- Interface via LAN and dry contacts for relay interface
Standard:
All Power+Energy Hydrogen Purifiers Feature:
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PE9000S Series Fully Automated High-Flow Micro-Channel Hydrogen Purifiers
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Power+Energy’s PE9000S Series Micro-Channel Hydrogen Purifiers provides a cost-effective and convenient solution for obtaining ultra-pure hydrogen. The PE9000S Series is designed to produce a continuous supply of low-cost, ultra-pure hydrogen from commercial cylinders or an in-house source of hydrogen. These Micro-Channel purifier provides hydrogen purification levels of nine-nines (no more than 1 part per billion total impurities), with continuous operation at flow rates ranging from to 2 NM3/hr to 80 NM3/hr.
The PE9000S Series offers many unique features, such as easy-to-use one-button operation, compact design for large UPH flows, complete system control and monitoring with the integrated P130 Controller, immunity to power failure, and automatic leak check on shutdown. Temperatures, rate of rise, and a variety of other data are monitored to insure that your PE9000S Series Micro-Channel Hydrogen Purifier operates safely and within precise guidelines.
Try our new demo of the Power+Energy PE9000S Series interface! |
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Power+Energy PE9000S Series
Touch-screen interface demo
NEW! GO NEW!
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Ease of Use:
The Power+Energy PE9000S Series features a GE industrial controller with an intuitive touch-screen interface, simplifying use and adding to Power+Energy's high reliability and global parts availability. The PE9000S Series can also be controlled over a LAN network via a computer interface that's just as simple to use as the touch-screen, and basic operational commands and status checks are available through dry relay contact connections.
Power+Energy's turnkey system offers diagnostic functions and dedicated connections for leak detection and troubleshooting, and because getting it up and running as quickly as possible is crucial, Power+Energy helium-leak tests every unit during assembly. We then bench-test and performance-certify each purifier before we ship it under vacuum, ensuring that your hydrogen purifier is ready to go as soon as it arrives.
Principle of Operation:
Power+Energy's Micro-Channel Hydrogen Purifiers consist of a 216L stainless steel cell, incorporating a tubular palladium-allow membrane assembly that acts as the diffusion element. Hydrogen gas is brought into contact with the inner surfaces of the palladium-alloy tube, which acts as a selective barrier, passing only atomic hydrogen through the tube wall while excluding all other gases.
Molecular hydrogen is adsorbed onto the surface, where it dissociates into atomic hydrogen. The atomic hydrogen then diffuses through the palladium-alloy lattice as determined by the hydrogen pressure gradient. The hydrogen atoms then recombine on the low-pressure side of the membrane, and desorb as molecular hydrogen. Applications:
Power+Energy's Micro-Channel Hydrogen Purifiers are ideal for use with MOCVD reactors, as well as in laboratories, universities, and any other situation where ultra-pure hydrogen is needed. Using one of our purifiers provides a stream of hydrogen purer than is available from cylinder gases, perfect for:
• Semiconductor manufacturing
• Carrier gas and fuel in gas chromatography
• Metallurgy
• Hydrogenation
• Catalytic processes
• Controlled atmospheres
• Gas treatment in power plants
Locally generated ultra-pure hydrogen is perfect for various tasks, from use as a carrier gas for MOCVD to flame ionization in gas chromatography.
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