Micropyretics Heaters International Newsletter

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Volume 1 Issue 13 | June 25, 2014

One Atmosphere Boiler (OAB^TM)

High Capacity Superheated Steam up to 1300C

Pure, superheated steam without pressure. Our new One Atmosphere Boiler technology produces steam up to 1300°C within moments of being plugged in. Single phase, Three Phase and High Kilowatt Models feature Small Footprints and High Portability.

Standard OAB^TM Features Include:

MHI BoilerFree Technology - No High Pressure Boiler!
4Kg/hr to 60Kg/hr+ of Quality Superheated Steam
300°C, 550°C, 750°C and 1300°C Steam Temperatures
High Efficiency, Small Footprint
Nearly Silent Operations
No Combustion-type Emissions
Safe, One Atmosphere Operations
Provided with Industry-tested Electronic Controls
Highly Portable, Plug & Play Operation
Variety of input voltages
PnP (Plug and Play) System Ready
Instant On-Demand Steam Generation!
Modular components for maximum flexibity
ROI (Return of Investment) could be in a few months
Qualifies for Never Down Program¹

MHI Control Panels with optional DACS2, Graph Display and USB Port²

¹Please contact MHI for more details about Never-Down Program
²Please contact MHI for details and optional add-ons to our control panels

One Atmosphere Boiler
Electric Superheated Steam Generator

Model	Amt. Steam Produced	Electrical Power/Exit Temperature
OAB-4	4-6 Kg/hr Steam	Single Phase from 300°C-1300°C
OAB-12	12 Kg/hr Steam	Models from 300°C-1300°C
OAB-36	36 Kg/hr Steam	Models from 300°C-1300°C
OAB-48	48 Kg/hr Steam	Models from 300°C-1300°C
OAB-60	60 Kg/hr Steam	Models from 300°C-1300°C
Custom High - Steam Boiler Requirement	> 60 Kg/hr	Models from 300°C-1300°C
Tankless T-OAB4	4 Kg/hr	300-400°C
Tankless T-OAB12	12 Kg/hr	300-400°C

MHI's One Atmosphere Boiler superheated steam boiler features patented InstaSteam^TM technology, allowing for rapid startup times, unparalleled efficiencies and up to 1300°C temperatures. BoilerFree^TM technology allows most OAB^TM units to be installed without the need for traditional boiler certifications.

Pure Steam. Clean Steam. OAB^TM generate superheated steam that is free of contaminants.

Highly Scalable. OAB^TM units can produce from 1kg/hr to over 1000 Kg/hr.

Efficient. Boiler efficiencies improve when operated at lower pressures. Better conversion factors allow OAB^TM units to use less resources to produce more steam. The OAB^TM's rapid start-up results in less energy used getting up to temperature. Lower operating costs, less downtime and higher productivity. Check Our ROI calculator

Better conversion factors allow OAB^TM units to use less resources to produce more steam. A standard OAB^TM steam output at 350°C is almost at the theoretical efficiency of power conversion for the OAB^TM steam generation! The OAB^TM's rapid start-up (generally with a minute from cold start) also adds considerably to the overall lowering of energy comsuption.

FEATURED PRODUCTS ON SALE

Thermoplate^TM
- Complete Hot-Plate with the best FiberFree^TM Insulation
- Includes BPAN Control Panel
- Power Transformer Included
H18-40BLE
- Complete Furnace with the best FiberFree^TM Insulation
- Includes HIPAN Control Panel
- Power Transformer Included
- Includes MP1850 elements
H18-40HT
- Furnace with the best FiberFree^TM Insulation
- Includes BPAN Control Panel
- Power Transformer Included
- Stainless Steel Shell
- Vacuum End-caps available option
- Ceramic Tube Extra
- Includes MP1850 Elements

DID YOU KNOW?

Source:http://www.ausenergy.com/2013/09/into-the-abyss-of-electric-pricing/

Did you know that almost 40-50 % of all energy used in the US involves steam? That's a lot.

Compare impacted steam cleaning to pressure washers? One way to compare is from the energy content for the same weight of water. Pressure washers with water (hot or cold) deliver about 400-800 kJ/Kg whereas steam is 2500-3000 kJ/Kg. High temperature steam has more energy per unit weight compared to high pressure water or even mist.

When in a fully gaseous state, steam like air, is invisible. If you really wanted to see the steam-mist you can lower the temperature into the mist range and turbo-charge the steam output to achieve the same result. This way, you can get the best of both worlds! Note that from an OAB^TM one already can get velocities in the order of 40 m/s.