The working principle of the biogas combustion flare is to extract the biogas from the fermenter through a series of pipes and equipment, and after purification, pressurization and mixed air treatment, it is sent to the burner for combustion. The core component of the biogas combustion flare is the burner, which usually adopts the premixed combustion method, that is, the biogas and air are premixed evenly according to a certain proportion, and then enter the furnace through the nozzle for combustion. This ensures that the biogas can be fully burned and improves energy efficiency.
Another important component of the biogas combustion flare is the smoke extraction system, which is responsible for the exhaust gases produced by the combustion. The smoke exhaust system usually includes equipment such as chimneys and induced draft fans, so that the exhaust gas can be smoothly discharged and discharged into the atmosphere through the suction effect of the induced draft fan. In order to ensure the emission effect of exhaust gas, some purification devices are usually set up in the exhaust system, such as dust collectors, desulfurization and denitrification devices, etc., to further reduce the harmful substances in the exhaust gas.
The working process of the biogas combustion flare is safe and reliable. Before combustion, the biogas is subjected to rigorous treatment and testing to ensure its quality and safety. During the combustion process, the flare will also be equipped with an automatic control system to monitor and control the temperature, pressure and other parameters of the burner in real time to ensure the stability and safety of the combustion process. In addition, biogas flares are usually equipped with some safety protection devices, such as emergency shut-off valves, explosion-proof valves, etc., to deal with possible unexpected situations.
In summary, the working principle of the biogas combustion flare is to use a series of pipes and equipment to purify, pressurize and mix the biogas and then send it to the burner for combustion. During the combustion process, the torch will also be equipped with an automatic control system and safety protection devices to ensure its safe and reliable working performance.