Manufacturer recommends energy-saving and fast biomass sawdust pellet burner

Manufacturer recommends energy-saving and fast biomass sawdust pellet burner

As the main equipment of thermal equipment, biomass burners are designed, produced, and manufactured based on the performance and technical parameters of existing domestic industrial, commercial, and civilian boiler models. Through scientific theoretical calculations and years of practical experience, different thermal power series products are scientifically matched. Widely used in food processing, agricultural planting, industry, printing and dyeing, electroplating, spraying, baking paint, smelting, wood processing, drying, heating, heating, bathing, etc.

Manufacturer recommends energy-saving and fast biomass sawdust pellet burner

1Using fuel Biomass new energy---Pure wood chips and shavings burn.

2High combustion efficiency Boiling semi gasification combustion combined with tangential swirl air distribution design enables the combustion engine to burn * and achieve combustion efficiency of up to90%The above.

3, Combustion *, Stability

The equipment operates under slight positive pressure without experiencing tempering or misfiring.

4Wide range of heat load regulation

The thermal load of the combustion engine can be at the rated load30%--120%Quick adjustment within the range, fast starting, and sensitive response.

5Variable frequency control

Adopting variable frequency feeding mode for both large and small fires, energy-saving *.

6Significant environmental benefits without pollution

By using renewable energy as raw material, sustainable utilization of energy has been achieved. Adopting low-temperature segmented combustion technology, in the flue gasNOXTheSO2Low emissions of dust and other pollutants. It is a substitute for kerosene stoves.

7No tar, wastewater or other waste discharge

By adopting high-temperature gas direct combustion technology, tar is directly burned in gaseous form, solving the technical problem of high tar content in biomass gasification and avoiding secondary pollution of water quality caused by washed tar.

From the perspective of thermodynamic principles, biomass pellet fuel stoves have basically reached3One condition:

One is the ability to fully burn fuel, converting the chemical energy in the fuel into heat energy more efficiently;

Secondly, it has good heat transfer and insulation effects, which increases the effective utilization of heat value and reduces the heat dissipation heat value;

Thirdly, waste heat can be effectively utilized to minimize exhaust waste heat and other heat losses, while solid fuels can withstand high temperatures Under hypoxic conditions, gasification can be achieved with reasonable control of the excess air supply coefficient. Therefore, this stove In research and design, the lower part of the furnace (gasification section) is designed as a basically closed system that supplies air The gas volume can be adjusted to achieve a significant gasification effect of the fuel. With good gasification effect, sufficient gasification should be ensured during combustion The air is used to support combustion, ensuring an appropriate operating temperature. A secondary air intake ring (combustion) is designed in the upper part of the furnace Many secondary oxygen supply small holes are evenly distributed on the ring belt, greatly enhancing the full combustion of gasification fuel and enabling The burning flame is bright white. In addition, the gap size between the furnace and the bottom of the pot was optimized and the furnace was found The matching size between the furnace and the bottom of the pot extends the swirling distance and time of the high-temperature flue gas flow in the furnace, avoiding combustion The burning flame is directly discharged into the flue, thereby reducing heat loss and improving thermal efficiency.