In order to evaluate whether the design of the burner is ideal, different standards need to be formulated from many angles.
1. Whether the heat or combustion temperature required for heating is achieved and has a heat load effect.
2. The burner has flame characteristics, such as flame size and shape, and the characteristics of the air in the furnace (oxidation, reduction or neutrality), which meet the technical requirements.
3. The flame is stable during the combustion process and has wind resistance.
4. The combustion efficiency is high, the gas can be burned, and the heat released by the gas is utilized.
5. The burner is equipped with automatic adjustment and automatic safety devices.
6. There are fewer toxic substances in the flue gas after combustion.
7. Compact structure, high safety and low cost
Whether the burner can perform its function depends not only on the burner itself, but also on other factors, such as gas source, heat transfer equipment and other factors. For example, if the heat exchanger is not designed or installed correctly, the heat released by the burner cannot be utilized, and the thermal efficiency is low. If the smoke exhaust device is not good enough, it is difficult to maintain a good combustion state. Therefore, in order to achieve ideal working conditions, its performance should be considered from many different aspects.
In order to evaluate whether the design of the burner is ideal, different standards need to be formulated from many angles.
1. Whether the heat or combustion temperature required for heating is achieved and has a heat load effect.
2. The burner has flame characteristics, such as flame size and shape, and the characteristics of the air in the furnace (oxidation, reduction or neutrality), which meet the technical requirements.
3. The flame is stable during the combustion process and has wind resistance.
4. The combustion efficiency is high, the gas can be burned, and the heat released by the gas is utilized.
5. The burner is equipped with automatic adjustment and automatic safety devices.
6. There are fewer toxic substances in the flue gas after combustion.
7. Compact structure, high safety and low cost
Whether the burner can perform its function depends not only on the burner itself, but also on other factors, such as gas source, heat transfer equipment and other factors. For example, if the heat exchanger is not designed or installed correctly, the heat released by the burner cannot be utilized, and the thermal efficiency is low. If the smoke exhaust device is not good enough, it is difficult to maintain a good combustion state. Therefore, in order to achieve ideal working conditions, its performance should be considered from many different aspects.