MI System (for multiple installations)
Multiple Installation System
On-Demand performance + modular scalability for large applications
On-demand performance combined with modular expansion for large-scale steam requirements
Configure plant capacity to match exact operational needs
Automatically sequence boilers to respond to changing demand
Achieve average annual fuel savings of about 20%
Deliver the same capacity using less than half the footprint of traditional systems
Lower overall CO₂ and NOx emissions
Suitable for applications ranging from localized process use to district energy systems
Features Efficiency Logic Technology
Feature
Apply modular architecture to extend on-demand steam production to high-capacity installations.
Conventional System
High energy losses during load fluctuations
Traditional boiler plants consume excessive energy when adjusting to variable demand
Design constraints limit their ability to operate efficiently under rapidly changing load conditions
Modular On-Demand Systems
Lower energy consumption and emissions during load changes
Modular on-demand configurations distribute required output across multiple smaller boilers, reducing wasted energy
These systems are engineered specifically to respond efficiently to fluctuating load requirements
Miura’s MI System operates through an integrated control platform consisting of an MP1 “master” controller and MT1 “slave” terminals installed at each modular boiler. The master controller continuously monitors steam demand using sensors at the header and applies advanced control algorithms to determine the most efficient combination of boilers to run at any given time. Built-in software includes predefined load-management strategies for many industries, with additional customization available to match site-specific operating conditions.
From small point-of-use installations to large centralized or district energy plants, multiple Miura boilers configured as a single system provide a flexible solution. One MI master controller can coordinate up to fifteen interconnected boilers, delivering outputs as high as 150 MMBtu/hr (approximately 4,500 BHP). Larger facilities can expand capacity further by linking multiple master controllers together.
Because additional modules can be added as needed, system size is essentially unlimited. This scalable approach allows facilities to grow capacity over time while maintaining optimal efficiency and operational reliability.