MI System
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MULTIPLE INSTALLATION SYSTEM * The New LX-300 Zero-Side-Clearance Steam Boiler large applications ^ Customize plant size to specific needs ^ Automatically stage boilers to meet demand fluctuations ^ Save 20% on average in annual fuel costs ^ Provide equivalent boiler capacity in less than half the space Ideal for a wide range of applications from point-of-use to district energy On-Demand Steam Solutions

In Multiple Installations, modularity = enhanced energy management capability utilize modularity to bring On-Demand steam performance to large scale applications conventional system modular on-demand systems •Conventional boiler systems expend large amounts of energy to meet variable load conditions •Design limitations of conventional boilers prevent them from efficiently responding to fluctuating load demands ►Modular on-demand boiler systems reduce energy consumption required to meet variable loads by dividing the output capacity among multiple small units ►Modular systems are designed...

increasing efficiency = reducing losses Based on current boiler efficiency metrics (or measuring thermal efficiency at 100% output), an example 12 MMBtu/hr conventional boiler is rated at 2% radiant losses, or 240,000 Btu/hr energy lost through the boiler shell. With significantly reduced water content and surface area, Miura's compact boiler units are rated at only 0.5% radiant losses, or minimizing losses to only 60,000 Btu/hr. Atypical 12 MMBtu/hr boiler is most likely operating at about 1/3 of its rated output. With a reduced operating load, radiant losses actually triple to 6%...

in-service efficiency - a more compiete measure of boiter performance When choosing a boiler, fuel cost savings are a primary consideration given that fuel costs represent over 90% of the system's total lifecycle costs. However, current boiler efficiency standards do not sufficiently account for all energy losses accumulated during a boiler's operating cycle to bridge the gap between "catalog efficiency" and actual fuel costs. Beyond simple Combustion Efficiency ("Fuel-In" Efficiency) and Thermal Efficiency ("Fuel-to-Steam" Efficiency), it is important to understand all of the remaining...