The difference of element content between biomass fuel and coal is summarized

the mechanisms of ash accumulation

slagging and corrosion of biomass boilers are analyzed

and the characteristics of flue gas of biomass boilers are combed. Moreover

the limitations of selective non-catalytic reduction technology

selective catalytic reduction technology and wet flue gas desulfurization technology in the application of biomass power plants are discussed and summarized. The results show that

both the solid-state polymer NCR denitrification and sulfurnitrogen integrated removal using catalyst require special catalysts or denitrification agents

which are patented products and have high operating costs. The oxidation denitrification technology is oxidation absorption reaction

which produces nitrates that is soluble in water

this technology is prohibited in some areas. The ceramic catalytic filter tube integrated removal technology is simple to operate and maintain

of which the over-oxygen combustion of the boiler can improve the combustion efficiency and prolong the service life of air preheater. Moreover

there is no desulfurization wastewater

chimney corrosion

white plume and other related issues. Therefore

it is a more suitable for ultra-low emission of biomass boilers.