Steam Generator Models

  • MHI Inc. offers a versatile and patented portfolio of high-temperature steam generators.  The available models include pure 100% quality steam generators to steam-gas mixture generators that start up within seconds.  New models for steam plasma and steam chambers.
  • All models are powered with premium MHI electronics that are University, Industry and Research Laboratory tested for over two decades.
  • The use of MHI steam can enable significant energy efficiencies for down stream applications in chemical processing, steam-heat, bio-waste, food industry, and a host of other applications.
  • Please click on a category picture below to explore the steam models, prices and delivery options when listed in the comprehensive MHI web-store.
  • Why MHI steam generators?  (1) Efficient electric models (2) Very low installation and maintenance costs (3) Compact and versatile power-ratings; tuned for a host of applications.

OAB Single Phase (Models for 4 kg/hr, 12 kg/hr High-temperature Superheated Steam)

OAB® Three Phase (36 kg/hr or more High-temperature Superheated Steam)

HGA-S (1 kg/hr High-temperature Superheated Steam)

HGA-M (High Humidity Steam Generator)

HGA-S-CX1300 (1300°C Superheated Steam)

MightySteam (Superheated Steam Jet 400°C)

Steam Plasma

Please contact MHI with Details of the Application

Steam for Packaging and Textiles. Click.

Want to find out how MHI can help you meet your steam needs?

Please fill out a quick questioner and we will help find a good solution to meet your needs

Recent steam usages include:  From tanning gelatin, fuel, CO2 cleaning, sanitaion, controlled drying of textiles, curing concrete, retaining flower and fruit freshness, honey sterilization, cable heat treating, soy production, wine bottle cleaning, hot rolling mills, rubber rolling, setting of rubbers, brewing, drying in high humidity, antimicrobial steam wash for automobiles and other vehicles like planes, drying fruit like mangoes, tea processing, food safety, tremella drying, tenderizing duck and meat, oyster opening, stone fish production, milk processing, preventing automobile paint from harsh chemical washes, fungus drying, swimming pools, medical production uses, oat meal processing, alpha-alpha processing, bread, nut drying and disinfecting, water pipe cleaning, Yuba production, laundry, skin care, shrink packaging, stomatology use, greenhouse steam, granulation mushroom insulation, dishwashing, clean methanol smells, retain seafood freshness, steam clean critical holes, clean wax and oils, food processing, oil stained laundry cleaning,  canning, carton forming processing, in a coal fired boiler remove smells, fermentation- just high temperature could be enough, pyrolysis-gasification of municipal waste, removal of allergens and odors and a host of new faster chemical reactions for an improved environment.

Resource Pages

Synopsis and video

Steam Calculator,

Productivity Enhancement and FAQ’s

Physical Properties of Moist Air/Gas

What are Steam and Humidity?

What is  mist and fog.

High Efficiency Steam Recirculating Ovens

Article on “Drying with steam or drying with air – a case study for clay, wood, food processing, etc”.

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Steam Applications

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What is MHI working on to help with global warming apart from its standard proven approaches?  Did you know MHI shares data openly when it is of public interest- of course only whenever it is free to share?   Please support us by purchasing MHI products.

Interesting methods below  – hint – look carefully at the reactions.

Futuristic reactions.  These are discussed only with MHI high value existing partners. License possibilities to technology and trademarks. Contact MHI

2CH2O(g) + 2H2O(g) =  CH3OH(l) + O2(g) above ~1320C  Formaldehyde to Methanol

CO2(g) + 3H2(g) =  CH3OH(l) + H2O(g) above ~1320C  Methanol by heating Syngas or just CO2 (g)

Greenhouse gas CO2 can be converted to a alcohol. Waste to Fuel reactions can also be considered.

Interesting reactions possible above 1435C:

2C + 4H2O(g) = 2CH3OH(l) + O2(g) Carbon to Methanol (solid to liquid fuel type reaction with hot steam – (use Quasi R catalysts)

and Photosynthesis

6CO2(g) + 6H2O(g) = C6H12O6(Sugar -GAa) + 6O2(g) Yes negative free energy at MHI high temperatures.  Call MHI.