Products
H2 PAC Series
Introducing our H2 PAC cabinet-sized hydrogen generators, meticulously crafted to cater to specialized markets requiring round-the-clock, on-site hydrogen availability. Free from the hassle of frequent gas cylinder refills, these generators offer a modular, scalable design ideally tailored to diverse industrial needs. From powering weather stations, semiconductor manufacturing, and float glass production, to supporting steel annealing, hydrogen-cooled power plants, biofuel, and ammonia production, the possibilities are endless.
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Proton Exchange Membrane (PEM) technology
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Built-in Pressure Swing Absorber (PSA) for drying
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Modularity allows paralleling multiple systems
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0 to 30 bar(g) H2 discharge pressure
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> 99.99% pure H2 & O2 gas
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HMI - Adjustable production rate
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0 to 2 Kg/h hydrogen
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0 to 24 Nm³/h
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0 to 400 LPM
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Consumes 0 to 18 L water per hour
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Water quality monitoring system
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Low maintenance
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Automatic shutdown & N2 purging system
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Remote monitoring and control
At ET Energies LLC our vision is to pave the way for a cleaner and more sustainable hydrogen future, where hydrogen becomes the gold standard for achieving ambitious energy transformation goals. With our advanced PEM electrolysers, we strive to empower industries with the ability to generate hydrogen on-site easily and affordably. Our PEM electrolyzer stacks are specifically engineered for high efficiency and pressure, catering to niche markets seeking a compact yet powerful solution. Traditionally, smaller electrolyzer stacks have posed challenges with their cost per kilowatt ratio, limiting their adoption in various industries. However, ET Energies has successfully patented ground breaking technology that addresses this issue head-on. By focusing on cost optimization without compromising on performance, we have unlocked the potential to make hydrogen production economically viable for small to medium-sized markets.
PEM Stacks
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High purity gas generation >99.99%
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High energy efficiency
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Ultra-fast response to renewable sources
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Green Hydrogen production
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Reduces downstream OPEX & CAPEX
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High differential discharge pressure capability
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Isothermal compression
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Compact (low footprint)
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9 Kg of water
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8 Kg Oxygen
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1 Kg Hydrogen