- Applications
- Annealing
- Fuel Cell Research/Demonstration
- Argon Purification
- Atomic Thermal Desorber
- Auto-samplers for various instruments
- Bell and Belt Furnace Applications
- Brazing
- Catalyst Reduction
- Cover Gas
- Crystal Growth
- Deuterium Production
- Differential Scanning Calorimeter (DSC)
- Electric Generator Cooling
- Electric Motor Cooling
- Epitaxy
- Flame Spray
- GC-ECD
- GC-ECD, HALL
- GC-FID
- GC-FPD
- GC-NPD
- GC-TCD
- Glass Cutting
- Glass to Metal Hermetic Sealing
- Heat Treating
- Hermetic Packaging
- Hydrogen/Nitrogen Mixes
- Hydrogenation
- LC/MS LC.MS-AAPI, APCI, LC/MS/MS, Electro spray
- Metal Injection Molding (MIM)
- Metal Organic Chemical Vapor Deposition (MOCVD)
- Metal Organic Vapor Phase Epitaxy (MOVPE)
- Metrological Balloon Filling
- Micro-electromechanical Systems (MEMS)
- Nano-Technology
- Nitrogen/Hydrogen Mixes
- Optical Fiber Processing
- Optical Material Doping
- Optical Material Processing
- Ozone Generator
- Powder Metallurgy
- Reducing Atmospheres / Reducing Gases
- Semiconductor Processing
- Shielding Gas
- Silicon Furnace
- Sintering
- Solar Cell / Photo Cell Manufacturing
- Specialty Gas Mixes / Blends
- Thermal Gravimetric Analyzer (TGA)
- Total Hydrocarbon Analyzer (THA)
- Total Organic Carbon Analyzer (TOC)
- Total Oxygen Demand (TOD)
- Water Purification / Treatment
- Weather Balloon Filling
- Gas Products
- Air for air shield
- Air for nebulizer gas
- Air for pneumatic controls
- Dry air
- Hydrogen
- Hydrogen as a cooling gas
- Hydrogen as a reaction gas
- Hydrogen as capillary carrier gas
- Hydrogen as carrier and ref. gas
- Hydrogen as detector support gas
- Hydrogen as flame fuel gas
- Hydrogen for FID
- Hydrogen in Nitrogen Forming Gas
- Nitrogen
- Nitrogen as furnace purge
- Nitrogen as make up gas
- Nitrogen as packed carrier gas
- Nitrogen carrier gas
- Nitrogen for carrier
- Nitrogen for curtain, sheath and shield gas
- Nitrogen for sample injection
- Nitrogen for sample injector
- Supply air
- Zero Air
- Zero air as flame support air
- Zero air for FID
- Zero to rubidium detector support gas
Products
Power Plants
HOGEN® Onsite Hydrogen Generation Systems Make Delivered Hydrogen Obsolete. Hydrogen is used to cool the windings of large power plant generators because of hydrogen's high heat capacity and low density. Power plants utilizing hydrogen-cooled generators must maintain optimal hydrogen purity and pressure in the generator casing for efficiency, safety, and equipment reliability. Continuous addition of ultra-pure hydrogen from a HOGEN® hydrogen generation system to make up for hydrogen seal losses can optimize hydrogen purity and pressure for best operating performance and uptime.
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Laboratories
For laboratory and scientific needs, hydrogen is used as an ultra high purity fuel and reducing agent. HOGEN® hydrogen generation systems are well-suited to provide ultra high purity hydrogen as a carrier gas with consistent composition and predictable low levels of oxygen and nitrogen.
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Semiconductor Electronics
HOGEN® hydrogen generation systems are well-suited to provide ultra high purity hydrogen for silicon semiconductor and MOCVD processes. They produce hydrogen at 200 psig or higher without mechanical compression for consistent composition and predictably low levels of oxygen and nitrogen. The hydrogen is available at sufficient pressure to be purified through a palladium or chemical purifier to prevent contaminant reactions.
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Materials Processing
HOGEN® hydrogen generation systems are an efficient, reliable and productivity-enhancing means to provide hydrogen for materials processing applications such as:
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Meteorological Applications
In meteorological applications, hydrogen is used as a lift gas where helium is unavailable or prohibitively expensive. HOGEN® hydrogen generation systems are ideally suited to producing hydrogen at its point of use, using only electricity and water to provide hydrogen at 13.8 barg/ 200 psig pressure without the need for mechanical compression.
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Centralized Fueling
Commercial Vehicle Fueling with Proton Electrolysis Technology In the case of hydrogen as a transportation fuel for vehicles, the network of fueling stations may include a combination of centralized and de-centralized fuel production. The continuum of centralized to de-centralized production includes the highly centralized massive hydrocarbon fuel processing plants that may number in the tens to hundreds, neighborhood fueling stations that may number in the tens to hundreds of thousands, to the ultimate de-centralized solution of home fueling stations that may number in the millions.
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Neighborhood Fueling
Hydrogen is a critical component of any green energy strategy. With its diverse applications, hydrogen can be the ultimate zero-emission fuel for your vehicle, while also harnessing renewable energy to power your home. Home fueling stations are the key to developing a viable, efficient fueling infrastructure that enables easy distribution. Proton OnSites’ advanced proton exchange membrane (PEM) hydrogen generators make it possible to envision a future where hydrogen power and home fueling stations are a reality-H2Go®.
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