Electroprecipitator

Electroprecipitator: operating principle and application

An electroprecipitator is a device that is used to purify gas and steam streams from solid particles and aerosols. It is used in various industries, such as chemical, oil refining, energy, metallurgy, as well as in the production of building materials.

The operating principle of the electroprecipitator is based on the use of an electric field that is created between the electrodes. When a gas flow passes through this field, charged particles (solid and liquid aerosols) receive an electrical charge and begin to move towards the oppositely charged electrode. At the same time, they remain on the electrodes and end up in special compartments for further disposal or processing.

The main advantages of the electroprecipitator are its high efficiency (up to 99%) and environmental friendliness. It can significantly reduce emissions of harmful substances into the atmosphere and reduce the harmful impact on the environment.

There are two types of electroprecipitators: wet and dry. Wet precipitators are used to purify gases from high-humidity aerosols, while dry precipitators are used to purify gases from low-moisture aerosols and particulate matter.

One of the most common applications of electroprecipitators is the purification of exhaust gases in power plants. They are also used for air purification in industrial premises and ventilation systems.

In conclusion, the electroprecipitator is an important device to reduce the harmful environmental impact of industry. Its use in various industries allows not only to reduce environmental damage, but also to improve the quality of manufactured products.

Greetings, dear reader! Today I will tell you about such a device as electroprecipitate. Electroprecipitate is the process of leaching sylvinite salt and subsequent separation of potassium chloride from it - the main product obtained from sylvinite using this technology. Its invention dates back to the first half of the 19th century. It was originally described in Edward Goodwin Hargremont's patent as a moving mechanism with pins that was capable of rolling material over a mesh. In 1914, engineers from the Hotchkiss company from Hartford, Connecticut, USA, patented an electrical model of a precipitator operating using a vibrating plate. The operating principle of the device is based on the fact that the separation of solid and liquid phases is carried out due to the formation of an electric charge on the surface of the various components of the mixture. Possible execution