MHI DID YOU KNOW
Airtorch™ Air & Process Heaters
Volume 6 Issue 25 | Dec 21st, 2019

MHI Airtorch

Our Airtorch™ line of process heaters takes the uncertainty out of your heat processing needs. With unparalleled energy efficiency ratings, high reliability and uniformity, you will have less downtime and a lower total cost of ownership.

We offer a comprehensive line of air and gas process heating tools with available models providing hot air flow up to 1200°C. Many Airtorch models are compatible with fans, blowers, compressed air and gas systems.

Process Air Heater Features

  • Hot air/gas temperatures from 850°C to 1100°C (~2000°F).
  • Robust stainless steel construction.
  • Highly efficient. Small footprint. Mountable.
  • Integrated TC allows for accurate temperature controls.
  • 120/208/220/240/380/415/480V 50/60Hz input voltages available.
  • Locatable control electronics (SCR, PID, over-temperature protection) available.
  • Communications capabilities are included with standard 2016 Control Panels.
  • MHI-DACS - Data Acquisition and Control Software compatible.
  • Highly acclaimed and patented technologies. Testimonials and Awards.
  • MTA and MVTA models are sealed units and have a maximum exit temperature of 925°C.
  • Choice of inlet temperature on several models.
 MHI Airtorch MTA-04 MHI MTA AirtorchMHI MVTA925 Airtorch
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VTA AND LTA AIRTORCH™ MODELS

  • LTA Airtorch™ models are process air heaters designed for compressed air/gas input. LTA models offer temperatures up to 850°C.
  • VTA Airtorch™ models are process air heaters designed for use with fan/blower (can allow maximum back-pressure of 50 w.c. ~ 1.8 psi.)

MHI LTA AirtochMHI VTA Airtorch

LTA and VTA Airtorch™ models are highly energy efficient, allowing for less energy use and higher cost savings. LTA and VTA models are fully compatible with MHI electronic control panels, allowing for accurate control of flow rates and temperatures for your process. MHI More

DID YOU KNOW?

  • High quality dry steam has several applications like antimicrobial use, heating, or as a reaction species.
  • Amongst these, the waste-to-fuel uses are particularly important as they additionally impact CO2 removal, as well as enable chemical and fuel production. For waste-to-fuel discrete community fuel production consider the OAB-4-750 or GOAB-12-800 or the OAB-36 or GHGA. Waste can be converted to methanol and ethanol. Garbage can be converted with plasma impact to break down organic materials into syngas, a mixture of hydrogen and carbon monoxide. Organic waste can be converted into Fuel. A mixture of hydrogen and carbon monoxide – from municipal solid waste and other renewable biomass, can be converted to long-chain hydrocarbon molecules that make up diesel and jet fuels. Some of these reactions are discussed in https://mhi-inc.com/steam-applications/ and related pages such as https://mhi-inc.com/steam-generator-models/.
  • Many steam reactions are beneficial for energy production and biomass. Super-heated steam offers high kinetics and clean chemistry. The Quasi-R® nano catalysts are particularly important for such applications.
  • Steam generators are listed on https://mhi-inc.com/superheated-steam-generators-electric-steam-generator/.
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Cincinnati, OH 45215, USA
Telephone: 513-772-0404 | Fax: 513-672-3333
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