MHI Patented Superheated Steam Generators
Save Water and Save Energy. Clean High Quality Steam.
Why use high-temperature superheated steam?
This type of steam is used in applications that have a critical need to reduce the processing time. Superheated steam offers a high heat transfer coefficient and a very high enthalpy content, thus enabling many unique uses. When at a high temperature, especially above the inversion temperature, such steam is often considered a non-toxic antimicrobial agent. Superheated steam at high temperatures also offers superior reactions for example in energy reactions such as bio-fuels, reforming, hydrogen production, ammonia production, and denaturing, all with rapid heat transfer kinetics. There is no moisture from the start-up. The steam wicking properties and oxygen control are attractive. High-temperature steam leads to high-productivity applications.
Steam Rate Flow Control: Discrete and Continuous Modes Are Available
| Features of MHI Superheated Steam Highest Temperature Ultra Energy Efficient/ Clean Energy Install Steam Easily High Safety No Moisture from start-up Fully Controlled Well Priced, Light Weight, Easy to Install |
Models Click Here for Class OAB (4-12 kg/hr steam) (1 kg/hr steam) 400°C Model, 1300°C Model |
MORE MHI STEAM GENERATOR MODELS, PLASMA STEAM MODELS, AND STEAM CHAMBERS.
The OAB® and GHGA™ steam generator systems will change the way you think of super-heated steam in regards to installation, safety, size, fuel production, and operational costs.
Please contact MHI for details, information requests, or quotes.
The picture above is for a 180 Kg/hr., Steam Generator
Back to the MHI steam pages
| Pictorial Synopsis of MHI Steam Generation Systems | |
| OAB® Single Phase
Pure Steam, Rapid Start-up, No moisture.
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HGA-S-CX-1300 Systems
Pure Steam 1 Kg/hr up to 1300°C
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| HGA-M High Specific Humidity Device.
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HGA-S and HGA-S-P Models.
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Power Steam Jet
 SaniZap-600-4-240 |
Discover Steam Tunnels
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