Model of a power plant boiler
Boilers work by utilizing a mixture of water and coal to produce steam. A boiler usually has two important parts: the furnace and the cylinder.
1: The principle of the boiler model of a power plant.
A power plant boiler model is a device that converts thermal energy into electrical energy. It consists of a boiler, a tank, and several pipes that inject water into the boiler after heating it into steam or hot water through a heat exchanger. The boiler of the power plant is mainly driven by the air-cooled steam turbine unit, which is divided into two parts: the high-temperature section and the low-temperature section. The upper part of the combustion chamber is the evaporation section, and the lower part is the condensation section. There is a cooling pipe connection between the superheating section and the high temperature section, and the cooling pipe is located in the evaporation section near the end of the fan;The cold section is located at the condensing section**. The heat exchanger is installed on the water pipe and usually does not require a secondary water supply. When the power system is running, the power plant transfers heat from the air to the water, which produces steam.
2: Common problems in power plants.
In power plants, there are some common problems that can cause the boiler to get stuck. The first is that the amount of steam is insufficient or uneven. This can be caused by an imbalance in the pressure inside the boiler or excessive humidity of the steam. The second is the clogging of the superheater. If the superheater is severely worn or corroded, it is easy for the turbine to fail to function properly. Finally, there is the fouling of the drain valve. The scale clogs the drain pipes, making it difficult to run the pump or even stalling. To solve these problems, the boiler needs to be cleaned, serviced and maintained. Check the fouling after cleaning and dispose of it;Aging parts should be replaced. In addition, the smoke vents and pipes should be cleaned regularly to ensure smooth exhaust flow.
3: Uncover the "magic" in the boiler of the power plant
Unraveling the "magic" of power plant boilers requires a clear understanding of common problems in power plants. 1.What is a boiler?2.Power plant boiler working principle 3Common Failure Analysis 4How to check the working condition in the furnace5Precautions.
Surprisingly, however, someone may have used an unknown method to create a thermofluid pressure field inside the boiler.
This article presents some of the facts of this puzzle. Using new technology to make a small but heavy device release heat from a system that they are not actually connected to in any way. Obviously, this is challenging because it will try to open a problem that cannot be properly solved by checking or doing well.