Nowadays, the concept of ecological environment protection has been deeply rooted in the hearts of the people, and various industries are actively changing the previous production mode. In this era, the biomass heat transfer oil furnace has been fully applied. Show your skills in the fields of environmental protection and energy saving. According to the purpose, biomass boilers can be divided into two categories: biomass thermal energy boilers and biomass electric power boilers, both of which obtain energy by burning biomass fuel. Biomass thermal energy boilers directly obtain thermal energy, and biomass electric power boilers convert thermal energy into electrical energy. Among these two types of boilers, biomass thermal energy boilers are widely used and have relatively mature technology.

　　The development status of biomass boilers

　　The types of biomass are complex, including forestry wastes and crop wastes. The form, composition, physical properties and combustion performance of different types of biomass are different. It is difficult to find a combustion method that can meet various biomass combustion needs. The conditions [1]. Therefore, it is necessary to select different combustion technologies according to the combustion characteristics of different types of biomass fuels, and develop corresponding combustion equipment. CLHSM model biomass boiler

　　Common combustion methods of biomass boilers

　　The common combustion methods of biomass boilers are: stratified combustion, floating combustion, fluidized bed combustion

　　China's biomass combustion technology has made great breakthroughs, and new furnaces are constantly coming out. However, there are still some problems with biomass fuels and biomass boilers that need to be resolved. For example, the types of biomass are complex, and the morphology, composition, physical properties and combustion performance of different types of biomass are different. It is impossible to find a unified combustion method. It is necessary to develop different types of combustion according to the combustion characteristics of different types of biomass fuels. Technology and develop corresponding combustion equipment. Due to the combustion characteristics of biomass, it also has a certain impact on the actual use of biomass burning boilers, including contamination, corrosion, slagging, and harmful gas emissions. Further solutions are needed. In addition, the application prospects of biomass boilers still have a very broad space waiting for us to explore. In short, we still have a lot of work to do in terms of the development and application of biomass boilers.