A cheap steam generator Singapore and a steam boiler are two typical technologies that seem comparable when looking for a steam source option for your company.
Even though both systems generate steam for a variety of purposes, there are considerable distinctions between them, particularly in terms of how they work.
You may choose the best system for your process needs by being aware of these distinctions and both systems’ designs.
What sets a steam generator apart from a steam boiler?
Take a deeper look at each system’s components and how they operate to better comprehend the distinctions between a steam generator and a steam boiler.
Electric Steam Generator: Definition and Mechanism
Electric steam generators use forced pressure and heat to create steam in a single vessel. The chamber holding the submerged heating components receives feedwater from a pump. Incoming water is heated to boil under pressure in this solitary pressurized chamber, where it is then transformed into steam.
On-demand circumstances are perfect for steam generators. They can serve as auxiliary boilers since they are lighter and simpler to set up than steam boilers. Generators work best for applications that need dry steam at the point of use since they often have a lower maximum capacity than fuel-fired boilers.
If you are using a steam generator for your spa clinic, make sure to talk to your private label skincare manufacturer as well.
Steam Boiler: Definition and Mechanism
Large pressure tanks called steam boilers use intricate fuel systems to heat water to the boiling point. Fire-tube and water-tube boilers are the two primary categories of steam boilers.
In general, fuel is burned via several tubes that are immersed in water to heat water to the boiling point. Steam is then used to introduce the heat generated during this operation into the system. After that, pipes will carry steam to the heated equipment.
Steam boilers are frequently used for industrial process temperature control and comfort heating.
The following are the key distinctions between a steam generator and a steam boiler that we covered above:
- Size
- Operation
- Application
Compared to a steam boiler, why use a steam generator?
A huge boiler is not necessary for many minor operations that utilize steam. A readily transportable steam generator would be the ideal instrument for the task of those modest procedures.
The following are some of the main justifications for choosing an electric steam generator over a fuel-fired steam boiler:
Safety:
Electric steam generators don’t require combustible fuel, hence they are less prone to catastrophic failures than fuel-fired boilers. Low conditions, poor water treatment, inappropriate warm-up, pulling a vacuum, flame impingement, severe over-firing, and even outright explosions can cause failures in fossil fuel fuelled boilers.
Portability:
Because of their compact form, steam generators may be employed in buildings with limited space. Small-scale generators from Electro-Steam are transportable and don’t need a lot of installation, including boiler chambers and long steam lines.
Efficacy in using energy:
When not in use, electric steam generators use no energy. They only cycle when steam is required when they are operating. When using maximum power may not be essential during the warmer months, this is very useful. Due to their larger size and complicated piping systems, fuel-fired boilers require much more energy to operate at peak efficiency and continuously burn fuel even when no steam is required.
Fast start:
In contrast to boilers, which can take hours, steam generators can reach their rated output in just a few minutes from a cold start due to their compact design, single chamber, and very low water requirement. A steam generator is the best choice for emergencies and situations when steam may not be required for a long time, such as pilot plants, labs, and process testing.
Cost:
It might take a long time and be expensive to install a steam boiler system at your site. For applications that do not require large quantities of steam like those produced by boilers, steam generators may be more effective since they are far less expensive than a full-scale fuel-fired boiler system.
Does steam cleaning work?
The advantages of chemical-free steam cleaning methods are starting to be understood by homes, workplaces, industrial kitchens, breweries, pharmaceutical factories, food processing facilities, and other enterprises. The use of cleaning chemicals can lead to the development of bacterial and other microorganism strains that are resistant, as well as health problems for workers.
Businesses may clean without using chemicals by adopting steam cleaning. Dust, germs, mold, mildew, and other contaminants may all be removed with steam cleaning just as well as with chemical cleaning. Commercial steam cleaners use only heat and water to eliminate 99.99% of germs and bacteria.
Tile, hardwood, grout, and carpet are just a few of the numerous surfaces that may safely be cleaned with commercial steam cleaning.
