Oil and gas dual-purpose burner is a kind of heating equipment that uses liquid fuel, and the device that makes fuel and air spray out in a certain way to mix and burn is collectively referred to. It consists of an oil nozzle and an air regulator. The oil nozzle is placed on the axial line of the air regulator, atomizes the oil into fine droplets, sprays it into the combustion chamber at a certain diffusion angle, mixes with the air sent by the air regulator, and then burns. There are two main types of oil nozzles: pressure atomization and two-fluid atomization. The pressure atomizing oil nozzle is composed of a shunt plate, a swirl plate and an atomizing plate. The oil produces high-speed rotating motion in the swirl plate, sprays out through the center hole, and is broken into fine droplets under the action of centrifugal force. The average diameter of the atomized oil droplets is less than 100 microns. The two-fluid atomizing oil nozzle uses steam or compressed air as the atomizing medium to accelerate the oil to break up the atomization. The Y-shaped oil nozzle, which uses steam as the atomizing medium, is named because the steam channel and the oil channel form a Y-shaped oblique intersection. The oil-gas dual-purpose burner has the advantages of large load adjustment range and low steam consumption.
When the oil and gas burner is used for a long time, it will be found that the fuel consumption is greater than before. Not only is this a waste of resources, but it is an indication that the equipment is broken and needs inspection and maintenance.
You can start to consider the fuel itself and the fuel, such as the calorific value, density, and humidity of the fuel. Insufficient density may lead to increased burner consumption, and reduced fuel efficiency will increase fuel consumption. Secondly, the efficiency of the oil and gas combustor is reduced. When we use a burner, we usually don't start using it until after it's been well tuned. Also, we don't service and debug it very often, which can lead to low bottom air, uneven bottom air, high induced air, high secondary air or too small. These reasons may lead to a reduction in machine efficiency, and the blockage of the burner may also cause a reduction in machine efficiency. Inefficiency can lead to increased fuel consumption. Thirdly, changes in equipment working conditions and application equipment working conditions are generally manifested in three aspects, one is the change of temperature, the other is the decrease of equipment efficiency, and the third is the increase of production volume. These are all possible reasons for the increase in fuel consumption.
Therefore, if the fuel of the burner is found to increase during use, the fuel must be replaced first. If it is not a fuel problem, you need to seek professional help to check whether the oil and gas burner components are damaged, and pay attention to changes in the surrounding environment at any time.
Oil and gas dual-purpose burner is a kind of heating equipment that uses liquid fuel, and the device that makes fuel and air spray out in a certain way to mix and burn is collectively referred to. It consists of an oil nozzle and an air regulator. The oil nozzle is placed on the axial line of the air regulator, atomizes the oil into fine droplets, sprays it into the combustion chamber at a certain diffusion angle, mixes with the air sent by the air regulator, and then burns. There are two main types of oil nozzles: pressure atomization and two-fluid atomization. The pressure atomizing oil nozzle is composed of a shunt plate, a swirl plate and an atomizing plate. The oil produces high-speed rotating motion in the swirl plate, sprays out through the center hole, and is broken into fine droplets under the action of centrifugal force. The average diameter of the atomized oil droplets is less than 100 microns. The two-fluid atomizing oil nozzle uses steam or compressed air as the atomizing medium to accelerate the oil to break up the atomization. The Y-shaped oil nozzle, which uses steam as the atomizing medium, is named because the steam channel and the oil channel form a Y-shaped oblique intersection. The oil-gas dual-purpose burner has the advantages of large load adjustment range and low steam consumption.
When the oil and gas burner is used for a long time, it will be found that the fuel consumption is greater than before. Not only is this a waste of resources, but it is an indication that the equipment is broken and needs inspection and maintenance.
You can start to consider the fuel itself and the fuel, such as the calorific value, density, and humidity of the fuel. Insufficient density may lead to increased burner consumption, and reduced fuel efficiency will increase fuel consumption. Secondly, the efficiency of the oil and gas combustor is reduced. When we use a burner, we usually don't start using it until after it's been well tuned. Also, we don't service and debug it very often, which can lead to low bottom air, uneven bottom air, high induced air, high secondary air or too small. These reasons may lead to a reduction in machine efficiency, and the blockage of the burner may also cause a reduction in machine efficiency. Inefficiency can lead to increased fuel consumption. Thirdly, changes in equipment working conditions and application equipment working conditions are generally manifested in three aspects, one is the change of temperature, the other is the decrease of equipment efficiency, and the third is the increase of production volume. These are all possible reasons for the increase in fuel consumption.
Therefore, if the fuel of the burner is found to increase during use, the fuel must be replaced first. If it is not a fuel problem, you need to seek professional help to check whether the oil and gas burner components are damaged, and pay attention to changes in the surrounding environment at any time.