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Natural gas boiler low nitrogen burner
- Categories:News
- Author:Shenzhen Zhongli Weiye Electromechanical Equipment Co., Ltd.
- Origin:Shenzhen Zhongli Weiye Electromechanical Equipment Co., Ltd.
- Time of issue:2021-06-05 14:43
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Natural gas boiler low nitrogen burner
Burners are also called burners, which can be divided into oil burners, gas burners, and biomass burners according to fuel; kiln burners and boiler burners according to the objects of use; industrial burners, Civil burners and special burners. Among them, oil burners are divided into light oil (such as diesel) and heavy oil burners (such as waste oil), gas burners are divided into natural gas burners, liquefied gas burners, city gas burners, biogas burners, etc., biomass burners The use of biomass pellets burns without dust and pollution. The burner we usually refer to is the boiler burner. It consists of oil nozzles and air regulators. The oil nozzle is placed on the axis of the air regulator to atomize the oil into fine droplets, which are sprayed into the combustion chamber at a certain diffusion angle (also called the atomization angle), mixed with the air fed by the air regulator, and then ignited and burned. There are two main types of oil nozzles: pressure atomization and two-fluid atomization. The pressure atomized oil nozzle is composed of a split sheet, a swirl sheet and an atomizing sheet. The oil pressure is generally2 to 3 MPa. The oil produces high-speed rotational motion in the swirl plate, is ejected through the central hole, and is broken into fine droplets under the action of centrifugal force. The average diameter of the oil droplets after atomization is below 100 microns. The two-fluid atomizing oil nozzle uses steam or compressed air as the atomizing medium to accelerate the oil and break it up and atomize it. The Y-shaped oil nozzle using steam as the atomizing medium (Figure 3 Y-shaped oil nozzle) is named after the Y-shaped oblique intersection of the steam channel and the oil channel. It has the advantages of large load adjustment range and low steam consumption. It consists of oil nozzles and air regulators. The oil nozzle is placed on the axis of the air regulator to atomize the oil into fine droplets, which are sprayed into the combustion chamber at a certain diffusion angle (also called the atomization angle), mixed with the air fed by the air regulator, and then ignited and burned. There are two main types of oil nozzles: pressure atomization and two-fluid atomization. The pressure atomized oil nozzle is composed of a split sheet, a swirl sheet and an atomizing sheet. The oil pressure is generally 2 to 3 MPa. The oil produces high-speed rotational motion in the swirl plate, is ejected through the central hole, and is broken into fine droplets under the action of centrifugal force. The average diameter of the oil droplets after atomization is below 100 microns. The two-fluid atomizing oil nozzle uses steam or compressed air as the atomizing medium to accelerate the oil and break it up and atomize it. The Y-shaped oil nozzle using steam as the atomizing medium (Figure 3 Y-shaped oil nozzle) is named after the Y-shaped oblique intersection of the steam channel and the oil channel. It has the advantages of large load adjustment range and low steam consumption. It consists of oil nozzles and air regulators. The oil nozzle is placed on the axis of the air regulator to atomize the oil into fine droplets, which are sprayed into the combustion chamber at a certain diffusion angle (also called the atomization angle), mixed with the air fed by the air regulator, and then ignited and burned. There are two main types of oil nozzles: pressure atomization and two-fluid atomization. The pressure atomized oil nozzle is composed of a split sheet, a swirl sheet and an atomizing sheet. The oil pressure is generally 2 to 3 MPa. The oil produces high-speed rotational motion in the swirl plate, is ejected through the central hole, and is broken into fine droplets under the action of centrifugal force. The average diameter of the oil droplets after atomization is below 100 microns. The two-fluid atomizing oil nozzle uses steam or compressed air as the atomizing medium to accelerate the oil and break it up and atomize it. The Y-shaped oil nozzle using steam as the atomizing medium (Figure 3 Y-shaped oil nozzle) is named after the Y-shaped oblique intersection of the steam channel and the oil channel. It has the advantages of large load adjustment range and low steam consumption.
Shenzhen Zhongli Weiye Electromechanical Equipment Co., Ltd., on the basis of absorbing domestic and foreign advanced technology and craftsmanship, has accumulated many years of wisdom and experience in burners, and the accuracy, stability and reliability of products are in an important position in China. Our company produces Zhongli Weiye brand burner has been gradually upgraded from the first generation product to the current third generation product, and is still developing higher-end products. It is an advanced ultra-low nitrogen burner enterprise in China. With advanced technology, excellent quality and perfect service, our company's products rank in the forefront of the domestic super-burner industry, and have become a well-known domestic brand, with products all over the country, we actively advocate; market-oriented, scientific research The leader, with innovation as a means, actively explores domestic and foreign markets.
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Address: No. 2268, Longgang section, Longgang Avenue, Longgang District, Shenzhen
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