| |
PE2100P Series: Bench-Top Supply
Low Flow System
Ideal for Laboratory Applications
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%
Design Features:
- Produces nine-nines ultra-pure hydrogen
- Proportional, differential, integrated temperature controller
- Reliable P+E inside-feed palladium cell design
- Lightweight, compact chassis
- Easy to operate
- Accelerated Life Testing and helium-leak testing ensure reliability
- Immune to power failure
Standard:
All Power+Energy Hydrogen Purifiers Feature:
|
| |
|
|
| |
|
|
|
|
|
PE2100P Series Low-Flow Micro-Channel Hydrogen Purifier |
Power+Energy's PE2100P Series Micro-Channel Hydrogen Purifier provides a cost-effective, easy-to-use, and compact solution for ultra-pure hydrogen production. Our hydrogen purifiers have been designed to produce a continuous supply of low-cost ultra-pure hydrogen from commercial cylinders or an in-house source of hydrogen. Efficiency is a top goal: The PE2100P Series provides nine-nines purity (only 1 ppb total impurities) at flow rates of up to 30 standard liters per minute (SLPM).
The Power+Energy PE2100P Series Micro-Channel Hydrogen Purifier offers such unique features as a compact design and a PC board that constantly monitors the purifier's status, comparing temperatures, rate of rise, and other details to ensure that it operates safely and within precise guidelines. Each unit is helium-leak-tested three times during assembly, and is then bench-tested before shipping to ensure maximum reliability.
Principle of Operation:
Power+Energy's 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 in small MOCVD reactors, laboratories, universities, and anywhere else ultra-pure hydrogen is needed.
Popular Applications Include:
• Gas Chromatography
• Metallurgy
• Hydrogenation
• Catalytic Processes
• Controlled Atmospheres
• Nuclear Research
Locally generated ultra-pure hydrogen is ideal for use as a carrier gas, for flame ionization in gas chromatography, and many other applications.
Available Models:
Model |
Output capacity at 150 PSIG inlet pressure (standard liters per minute) |
Model PE2100PH
Model PE2100PK
Model PE2100PM |
6 SLPM
14 SLPM
30 SLPM |
Flow Curves:
Flow curves shown for Model PE2100PK. Others available on request.
(Click for full size)
|
|
