The biomass power plant biomass and oil fuel boilers burn Sugarcane bagasse，Rice husk ,rice straw，Coconut shell，Palm kernel shell ,agricultural waste，Wood pellet or chips，Sawdust and other biomass fuels to generate steam and heat to meet different heat supply and electricity requirement.And it is widely use in large scale central heating, thermal power plant.

Biomass fuels are extremely variable in terms of heating value, moisture content, and other factors that affect combustion. Wood and most other biomass fuels are composed primarily of cellulose and moisture. As discussed previously, the high proportion of moisture is significant because it acts as a heat sink during the combustion process. The latent heat of evaporation depresses flame temperature, taking heat energy away from steam production, and contributing to the difficulty of efficiently burning biomass fuels. Cellulose, in addition to containing the chemical energy released in combustion, contains fuel-bound oxygen. This oxygen decreases the theoretical air requirements for combustion and, accordingly, the amount of nitrogen included in the products of combustion. Wood fired steam biomass and oil fuel boiler adopts three pass structure in designs to enhance heating combustion effect.

Multi fuel CFB biomass and oil fuel boilers suitable for 100% biomass and 100% coal combustion.Different emission formation mechanism increase challenges for design of fuel,air and emission control additive feeding locations and controls.

Recently, the party's fast Heli De H2800 biomass and oil fuel boiler successful Jingdong headquarters procurement project. He Lide H2800 party fast adoption of new environmental protection industry leading combustion technology - premix combustion, fuel and air through precise regulation and control to achieve precise ratio, can ensure complete mixing of gas and air, burning more fully. The new technique Ultraten heat exchange elements - wings pipe, is a unique fast side. A unique built-tearing groove design, compared with ordinary heat transfer tubes, the heat transfer area can be increased 5-fold, greatly enhance the heat transfer rate, to strengthen the central flue of the disturbance, so that heat transfer efficiency is better, more energy efficiency .