Miura America Co., Ltd

Founded in 1927, Miura has become the largest industrial boiler manufacturer in the world. Efficiency, reliability, and safety are at the forefront of our design philosophy and manufacturing principles. The result is modular, on-demand steam boilers offering compact footprints, fast response, low emissions, and unparalleled safety for the workplace.

Miura America Co., Ltd., a division of The Miura Group, manufacturers boilers in Rockmart, Georgia – just an hour outside of Atlanta. With quality and safety as the hallmarks of both boiler design and our plant, we are proud to provide an incredibly safe and reliable product. We maintain ASME S, H, U, and R stamps as well as build UL certified products, meeting all applicable ASME and NB codes.

Miura partners with Hartford Steam Boiler (HSB) and Armstrong Services to deliver state-of-the-art equipment, next-gen IoT capabilities, and onsite operation and maintenance for one monthly payment. With Steam-as-a-Service, you’re guaranteed top performance and efficiency for your steam generation system with no risk. Leave your steam in the hands of experts, so you can focus on what you do best. 

Miura’s founder, Tamotsu Miura, had a vision to create a compact, low fuel cost once-through steam boiler that kept both operators and the planet safe. Today, this legacy stretches across industries around the globe as a guiding principle for providing innovative and complete steam solutions. The Miura steam boiler design evolves as our experts continue harnessing the latest technology, and today’s solutions stand as some of the most efficient boilers in the world. Containing numerous sustainability advantages throughout the steam boiler life cycle, Miura strives to be a true partner in building a more sustainable future. In Miura’s modular concept, multiple units work together to share the steam load and keep up with changing demand within seconds. The efficient, on-demand steam system quickly adjusts firing rates or turns units on or off to match fluctuating demands. It cuts wasted fuel by turning off when not in use and not requiring them to stay warm or idle to meet demand. Improving efficiency by reducing the amount of fossil fuels burned has a great impact on sustainability over the life of a boiler. Implementing this in-service efficiency technology helps reduce lifecycle emissions. Producing sustainable steam does not solely rely on maximum efficiency, but requires a closer look at every aspect of the boiler process. As we continue exploring renewable resources, electric options and alternative fuels, we will continue developing the best technology to protect the planet for future generations.