Miura Canada

Miura Boiler was founded in 1927 in Matsuyama, Japan and has grown to be one of the largest industrial steam boiler manufacturers in the world. Forward-thinking companies across Canada and the world, who want to conserve oil and gas resources while saving money and reducing emissions have embraced Miura Boiler technology resulting in Miura’s growth through the years.

Tamotsu Miura's goal when manufacturing the first Z-type boiler 60-years ago; 'We will make the boiler of the world's best price and quality ever!'

Miura’s journey began in 1927 as a company that manufactured farming machinery using steam power in Matsuyama, Japan. As years passed, it became obvious that there was a need for more efficient, reliable, and safe steam boilers. That’s why, in 1959, Miura developed the ZP-ype boiler and Miura Company, Ltd was born. The modular, compact, and efficient design was a revolutionary solution in a country where fuel cost is exceptionally high, space is at a premium, and environmental concerns are paramount. Since then, Miura has earned 57% of the domestic once-through boiler market in Japan and now has operations in 19 countries across the globe.

Operations in North America started in 1987 and Miura now operates factories in the U.S., Canada, and Brazil with additional facilities located in Mexico.

Combining quality Canadian manufacturing and field expertise with Japanese engineered products, our professional team will consistently deliver customer satisfaction and advantage, across the country.

Miura Canada has pledged to combine the quality Canadian manufacturing and field expertise with Japanese engineered products. Our high efficiency systems with their ability to produce steam with as little energy waste as possible, and low CO2 and NOx emissions are considered the greener option because they are sending fewer greenhouse gases into the air.

Being an industry leader in high efficiency steam boilers is not a happy accident for Miura. From the beginning, our company has put environmentalism in the forefront of our innovation. A growing number of companies are looking for ways to be more “eco-friendly” at their factories, plants and facilities. Some are dealing with increased emissions restrictions; others just wish to reduce their carbon footprint. Many Canadian companies are now looking at this issue when selecting a boiler system, whether they are using it for manufacturing, hot water, or their heating systems. How can they get the steam heat they need while still being “green?”

This question isn’t as easy to answer as it seems. The reason is that a number of factors go into a company’s needs when selecting a boiler system, and one factor may easily offset another. When selecting a boiler system based on eco-friendliness, a company needs to balance the desire for environmental responsibility with reasonable expectations for getting the steam and hot water they need to operate properly.

So what constitutes the most eco-friendly boiler system overall? Let’s explore some different types of boiler technologies to see what we can learn. The term “green” loosely means “eco-friendly,” and it is not an “on-off” switch, so to speak. Some systems are “greener” than others. Typically, the factors you look at when determining eco-friendliness are:

Energy efficiency: The ability to produce steam with as little energy waste as possible. Boiler systems typically rank according to an efficiency rating called Annual Fuel Utilization Efficiency (AFUE). The more heat energy goes into the water and the less energy goes up the flue, the better the AFUE rating. An AFUE rating of 100 means no energy is lost between the fuel and the production of steam. (Even the most energy-efficient boilers usually don’t hit that mark.) Energy efficiency also means it requires less fuel use to get full steam because not as much heat is wasted.

“Clean” energy: This factor refers to how much pollution goes into the air when the fuel is burned to produce steam. Boilers that are rated for low CO2 and NOx emissions are considered greener because they are sending fewer greenhouse gases into the air.

Fossil Fuels vs. Renewable Energy: Many low-emission boilers still run on “fossil fuels” — fuel sources like oil and natural gas that take millions of years to form and cannot be replenished once they are used. Renewable energy is the energy that effectively can’t run out or is continually renewed (e.g., solar heat, wood). Most boilers still run on fossil fuels because we haven’t yet developed ways for them to run effectively on renewable energy — although some boilers, like condensing boilers, reclaim some waste heat, effectively “renewing” some of the energy they use.

Carbon Neutrality: This refers not so much to “clean” energy as to whether a boiler sends no more carbon into the air than it takes in. Biomass boilers are considered carbon-neutral because the wood pellets they use have absorbed the same amount of carbon while forming as the amount of carbon being sent back into the air.