MI Systems
Many facilities take advantage of Miura’s modular boiler systems to fit more lower powered units into the footprint of a large traditional boiler, working in chorus and controlled seamlessly as an MI System. In an MI configuration, the Multiple Installation (MI) System’s master controller intelligently controls all connected boilers to ensure coordinated operation, meeting the required steam load while optimizing efficiency, response time, and boiler longevity.
An modular steam boiler system also makes it easy to alternate the boilers that are in use. A master controller can be used to vary the amount of steam being produced by each individual boiler so that the same one or two boilers aren’t doing all the heavy lifting while the rest only come on every now and then. This sequencing feature improves the efficiency of the entire system and reduces the wear and tear of each individual boiler, meaning that each boiler will last longer and require maintenance less frequently.
Share
On Demand Performance + Modular Scalability for Large Appications
Features
Utilize modularity to bring On-Demand steam performance to large-scale applications reducing energy consumption required to meet variable loads by dividing the output capacity among multiple units.
- 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
- Reduce CO2 and NOx emissions
- Ideal for a wide range of applications from point-of-use to district energy
How it works
The MI system software includes a variety of preset controls for load management of a diversity of applications with additional potential for customization to precisely match site-specific requirements.
BP-201
The BP-201 Controller brings boilers online and offline as needed, keeps the right number of boilers ready to provide rapid steam generation, and rotates boiler priority to level-load runtime across the boilers. Used often as the main controller in MI Systems. Learn More
