The flame temperature of Biomass burning pellets when burning is an important parameter affected by many factors.
First, the composition of Biomass burning pellets has a significant impact on flame temperature. The composition of combustion pellets made from different types of biomass raw materials will be different. Generally speaking, woody biomass pellets usually contain higher proportions of components such as cellulose, hemicellulose, and lignin. These components release different amounts of heat during combustion, thus affecting the flame temperature. For example, pellets made from hardwood tend to burn hotter than softwood pellets because hardwood has a higher lignin content, which releases more heat when burned.
Secondly, the type and performance of the combustion equipment will also have an impact on the flame temperature. Different combustion equipment, such as stoves, boilers, etc., have different designs and combustion efficiencies. Some efficient combustion equipment can better utilize the energy of Biomass burning pellets and increase the combustion temperature. For example, boilers using advanced combustion technology can fully burn Biomass burning pellets by optimizing air supply and increasing the temperature and pressure in the combustion chamber, thereby achieving higher flame temperatures.
In addition, combustion conditions also have an important impact on flame temperature. Factors such as air supply, ventilation, and particle density during combustion will all affect the adequacy of combustion and flame temperature. Adequate air supply can promote the combustion reaction and increase the flame temperature. Poor ventilation or insufficient air supply may lead to incomplete combustion and lower flame temperature. At the same time, the packing density of particles will also affect the combustion speed and flame temperature. If the particles are packed too tightly, it may hinder the circulation of air and lead to incomplete combustion; if the particles are packed too loosely, it may reduce the combustion efficiency and affect the flame temperature.
Generally speaking, the flame temperature of Biomass burning pellets can reach about 800℃ to 1200℃. However, the specific flame temperature will vary depending on the factors mentioned above. In practical applications, the flame temperature and energy utilization efficiency can be increased by selecting appropriate Biomass burning pellets, optimizing combustion equipment, and controlling combustion conditions.
In short, the flame temperature of Biomass burning pellets is affected by many factors. Understanding these factors and taking corresponding measures can better utilize the energy of Biomass burning pellets and achieve efficient and clean energy utilization.
