Buying a commercial boiler for your industry needs is not something to take lightly. It’s an expensive piece of equipment that needs to function properly for many years to come.
The last thing you want to do is buy the wrong boiler and end up having to spend extra money on repairs. You also don’t want to have to buy another boiler long before you planned on doing so, wasting even more money. To prevent these from happening, here are the most important factors to consider when selecting a new industrial steam boiler.
Obviously, the price of a boiler system has to receive some consideration. Everyone has a budget, and you need to buy a boiler that fits into that budget. However, you may not want to skimp on price when it comes to buying a boiler. If you settle for a cheap, inferior product, you may end up spending more in the long run on repairs or replacing the boiler sooner than expected.
Efficiency is actually a more important factor to consider when it comes to selecting a new boiler. When you buy a steam boiler, you need to look at the overall cost of operation, not just the price of the unit. An inefficient boiler will consume more fuel, causing energy bills to rise. In this sense, it may be better to spend a little more on a boiler with higher thermal efficiency, knowing it will save you money in the long run. Miura boilers have been shown to reduce fuel costs by up to 20%. Over the lifecycle of a boiler, which could be 15 to 20 years, saving that much on energy costs could end up being a significant amount of savings.
Another key factor to consider is the type of boiler itself–specifically the heat transfer design of the boiler system. Most conventional boiler systems are fire tube boilers, in which hot gases pass through tubes immersed in the water to heat it. Watertube boilers take the opposite approach: the water passes through a tube that is surrounded by hot flue gas. The difference between these designs is that water tube boilers can convert water to steam in a very short period of time, requiring much less startup time and consuming less fuel in the process.
Watertube boilers also take up less space while providing enough steam output to accommodate most industrial processes. Miura specializes in producing high-quality watertube boilers, which many industries find preferable to conventional fire tube boilers.
The size of the boiler matters in the sense that you have to be able to fit it in your boiler room. Generally, you’ll want a boiler to have as small of a footprint as possible, as it will help to save both space and money. Miura’s modular boiler design helps to keep boilers as small as possible without sacrificing output or efficiency. The smaller boiler helps create flexibility with regard to space, as there is no need for tube pull-space or door-swing space like with traditional boilers.
This creates additional space in the boiler room and may even open the door for multiple modular boilers working on the same system to help improve efficiency and cut operating costs even further.
Safety should always be one of the top priorities when buying a new boiler. Conventional steam and hot water boilers sometimes become overheated to the point that the build-up of high-pressure steam can cause a catastrophic explosion. One way to mitigate this risk is with a boiler system specifically designed for low water content operation. With low water content boilers, the amount of steam build-up is not enough to do excessive damage even if the unit malfunctions.
Another risk with conventional boilers is in the physical design itself. Performing maintenance on these units requires opening extremely heavy steel doors, realigning them, and closing them again, all while standing on a ladder — an invitation to a variety of injuries ranging from back pain to severe limb injury.
When it comes to safety, Miura boilers have an impeccable track record. Miura’s steam boilers are designed with no heavy doors, and their low water content design makes a catastrophic explosion virtually impossible. With over 140,000 units in operation all over the world, Miura has never experienced a pressure vessel explosion in one of its boilers.
With growing concerns about air pollution, greenhouse gases, and the environment, manufacturers are under increasing pressure to reduce the amount of harmful emissions caused by their industrial processes. Much of the emissions problems companies face stem from the use of conventional boiler systems. Even when using “clean” natural gas, these boilers are notorious for expelling large amounts of CO2 and toxic nitrogen oxides (NOx) into the atmosphere, damaging the environment and often causing respiratory issues.
There are, however, alternative boiler designs that can significantly reduce the rate of harmful emissions. Miura boiler systems require far less fuel to operate and can easily power down when not needed. They also are designed for low to no NOx emissions, making it much easier for companies to comply with state and local emissions standards.
If you want to learn more, please visit our website Partedon Group.
Last, but certainly not least, you need to consider how much long-term maintenance and upkeep your boiler will need in order to function at its best for as long as possible. A low-quality boiler may require frequent repairs, which will not only cost extra but may also force you to replace the boiler sooner than expected. A well-maintained steam system involves more than just the condition of the pressure vessel itself. It also involves having a good water treatment process in place to prevent mineral build-up and ensure proper working of your feedwater tanks, deaerator tanks, and reverse osmosis systems. Having an effective monitoring and control system can also help you identify and fix small problems before they turn into big ones, and you’ll also want a robust troubleshooting/maintenance support plan in place for routine maintenance issues.
Miura offers a full array of accessories and support systems designed to cover all aspects of your boiler system maintenance — from state of the art remote monitoring to water treatment to troubleshooting support. Miura also offers a boiler maintenance program that only requires a three-hour shutdown for routine inspections. Such inspections, as well as our monitoring system, will help keep your boiler running efficiently and safely for a long time to come.
Boilers are the heart of any industrial operation. This equipment allows your entire company to run and if it fails, your whole operation can be halted until it is repaired or replaced. A failed industrial boiler can potentially cost your company thousands of dollars. With so much at stake, you must get the right boiler, at the right price, for the right operations. However, boilers come in hundreds of different models, sizes, and operations, so how can you determine which one is best for your company? Here are five guidelines you can follow to ensure that you purchase the right industrial boiler for your needs.
Boilers come in many different sizes. The size of a boiler determines the amount of steam or hot water that is used to meet “occupant” demands. The occupant is the amount of heat that is required by the owner of the boiler. Oversized boilers are expensive to run, while undersized units are unable to meet many temperature requirements. Prior to purchasing an industrial boiler, take measurements to estimate how much space you will need to heat or what you will need to produce using steam.
There are three main types of industrial boilers: fire tube boilers, water tube boilers, and firebox boilers. Each of these types is configurable to a specific application. Furthermore, you can integrate supporting technologies, such as heat sinks or heat transfer enhancements to further enhance your boiler’s capabilities.
Fire tube boilers are the cheapest of the three types and are relatively easy to clean and maintain. However, they are unable to produce high heat, pressure, or amounts of steam. Fire tube boilers are used for industrial process heating and for heating large spaces.
Water tube boilers are the opposite of fire tubes and are the most expensive of all the types. They are also difficult to clean and maintain. However, water tube boilers produce the most steam and highest amount of heat, which makes them ideal for extreme operations.
Finally, firebox boilers are the standard use boilers. The “firebox” is where the heat is located and produces hot gas to pass through the tubes and heat the fluid. The firebox boiler is a reliable machine, but is limited in its design.
Industrial boilers need fuel to generate heat and steam. This equipment can utilize a variety of fuel sources including propane gas, natural gas, coal, oil, electricity, hot water, and steam. You should only acquire an industrial boiler if you can readily access the fuel that it requires.
Before to purchasing an industrial boiler, make sure you are familiar with its thermal efficiency, temperature, heat output capacity, and maximum pressure. You need to know the operational specifications of your company and your boiler to ensure that the two are compatible.
Finally, industrial boilers also come with various additional features. De-aerators, for example, are used to remove excess oxygen from the water, safety valves, superheaters, and economizers. Ask yourself if your company needs additional features, or if a base model boiler will be sufficient. You should also consider how you would use the boiler and if the model you want is right for your operations.
Never make a rushed decision to purchase an industrial boiler. These machines can be costly and dangerous if not used properly. You do not want to risk a facility shutdown or injuries because you selected the wrong boiler. You can maximize the efficiency of your boiler by selecting the right model and size, and correctly installing it on your property.
Contact us to discuss your requirements of Commercial Steam Boiler. Our experienced sales team can help you identify the options that best suit your needs.