Devotion Energy Equipment CoLtd is a Steam generator manufacturer. It was established in 1970. As a manufacturer of Fire tube steam boilers and oil fired boilers. It operates as a subsidiary of the Devotion Group. A recognized national high-technology enterprise. The company specializes in various areas including research and development, production, sales, and other related services.
What Is Water Tube Steam Boiler
A water tube steam boiler is a special type of machine that uses water to create steam, which is a very hot and pressurized form of water vapor. To understand how it works, let’s imagine a tube-shaped container filled with water, like a big, long pipe. Inside this container, there are smaller tubes that act like pathways for the hot gases produced by a fire.
When the fire is burning, the hot gases move through these smaller tubes, which are surrounded by the water in the big tube. As the hot gases pass through the smaller tubes, they transfer their heat energy to the water surrounding them. This process is called heat transfer. The water gets hotter and hotter as it absorbs the heat from the gases.
As the water inside the tubes gets hotter, it eventually reaches a boiling point and turns into steam. Steam is an invisible gas that’s formed when water gets heated to a certain temperature. This steam is very powerful and can be used for different purposes.
For example, in buildings, the steam can be sent through pipes to radiators or other heating systems, which release the heat into the rooms. This helps to keep the building warm. In industries, the steam can be used to power machines and turbines, generating electricity or driving engines.
So, in short, a water tube steam boiler is like a big pot that boils water using hot gases. The hot gases heat up the water in smaller tubes inside the boiler, turning it into steam. This steam can then be used to heat buildings or power machines, making it a very useful and versatile invention.
Working of Oil fired boiler
A water tube steam boiler works in a similar way to how you make steam in a kettle or a pot on the stove. Instead of using a fire directly, it uses hot gasses from a fire to heat up water and create steam.
Imagine a big tube filled with water. Inside this tube, there are smaller tubes where the hot gases from a fire travel through. These smaller tubes are like special pathways for the hot gases. As the hot gases move through these tubes, they transfer their heat to the water around them.
When the water gets really hot, it starts to turn into steam. Steam is like a very hot and powerful gas. It’s invisible, just like the air you breathe. This steam can be used for different things, like heating buildings or powering machines.
What Is the Difference Between Water Steam Tube And Oil Fired Boiler
As leading Steam generator manufacturers we know that, a water tube steam boiler, uses water for creating steam. It has tubes inside the boiler that carry hot gasses produced by a fire, and these gases heat up the water surrounding the tubes. The heat transfer from the hot gases to the water generates steam, which can be used for various purposes.
On the other hand, an oil-fired boiler uses oil as its fuel source. Instead of heating water directly, oil-fired boilers have a burner that sprays oil into a combustion chamber. The oil is ignited, creating a flame that heats up a heat exchanger. This heat exchanger is a metal component that transfers the heat from the burning oil to the water, which is circulated around the heat exchanger. As the water absorbs the heat, it turns into steam.
So, the main difference between a water tube steam boiler and an oil fired boiler is the fuel they use and how they generate heat. A water tube steam boiler uses water and hot gases from a fire, while an oil-fired boiler uses oil and a burner flame to heat up a heat exchanger, which in turn heats the water and generates steam.
Application Of Water Tube Steam Boiler and Oil Fired Boiler
As a Steam generator manufacturers Water steam tube boilers and oil fired boilers have different uses based on their ability to generate steam using different fuel sources.
Water steam tube boilers are commonly used in various applications, such as:
1. Heating Buildings:
Water steam tube boilers can be used to provide heat for homes, offices, schools, and other buildings. The steam produced by the boiler is circulated through pipes to radiators or other heating systems, releasing warmth into the rooms.
2. Powering Machines:
The steam generated by water steam tube boilers can be used to power machines and engines in industries. This steam can drive turbines, which, in turn, generate electricity or operate different types of machinery.
3. Industrial Processes:
Water steam tube boilers are also used in various industrial processes that require high-temperature steam. For example, steam is used in manufacturing, food processing, and chemical industries for heating, sterilization, and other production purposes.
Uses Of Oil-Fired Boilers
Oil-fired boilers, on the other hand, are commonly used for:
1. Heating Homes:
Oil fired boilers are often used to heat residential homes that are not connected to natural gas lines. The oil is burned in a burner, which heats up a heat exchanger. The hot water produced by the heat exchanger is circulated through pipes to radiators or underfloor heating systems, providing warmth in the house.
2. Hot Water Supply:
Oil fired boilers can also be used to heat water for domestic use, such as providing hot water for showers, baths, and kitchen activities. The heated water is stored in a tank and distributed throughout the house when needed.
3. Industrial Applications:
Oil fired boilers find application in various industrial processes, including heating in factories, providing hot water for specific industrial operations, or generating steam for specific industrial needs.
In Short,water steam tube boilers are used for heating buildings, powering machines, and industrial processes by producing steam from water. Oil fired boilers, on the other hand, are commonly used for heating homes, providing hot water, and supporting specific industrial applications using oil as a fuel source.