Product Working Principle

Biomass pellets are fed into the high-temperature pyrolysis semi-gasification combustion chamber via an automatic feeding system, while the gasifier is supplied from the bottom of the furnace. In the high-temperature pyrolysis gasification combustion chamber, a rapid pyrolysis reaction occurs to produce high-temperature flue gas. This process generates "sensible heat" and intermediate products such as H2, CH4, CnHm, CO, and other combustible components; these are then directly injected into the oxygen-rich high-temperature combustion chamber through gas nozzles for complete combustion, releasing "latent heat."

SY Biomass Pellet Burner Features:

High Efficiency and Energy Saving: Fueled by renewable biomass energy, with low operating costs, reducing the running cost by 30-60% compared to fuel (gas).

2. High thermal efficiency: boiling semi-vaporization combustion with tangent swirl air distribution design, segmented low-temperature combustion, combustion rate over 90%.

3. Stable and Reliable: Micro-positive pressure operation, no tempering or firing failure occurs.

4. Low-carbon and Environmentally Friendly: Low dust and sulfur-nitrogen emissions, zero CO2 emissions, meeting the requirements of GB13271 for dust emissions.

5. Easy Operation: Features automatic feeding, easy to operate, and minimal workload.

The SY biomass pellet burner boasts the following advantages and beneficial effects:

1. Fuel Used: Pellet biomass fuel.

2. High complete combustion efficiency: Boiling semi-gasification combustion with tangential swirl air distribution design ensures complete fuel and combustion, achieving combustion efficiency over 90%.

3. Complete and stable combustion: The equipment operates under low-pressure conditions without backfiring or misfiring.

4. Wide range of thermal load regulation: The thermal load of the burner can be quickly adjusted within 30%-120% of the rated load, with quick startup and sensitive response.

5. Significant environmental and pollution-free benefits: Fueled by renewable biomass energy, it achieves sustainable energy utilization. Utilizes low-temperature segmented combustion technology, resulting in low emissions of nitrogen oxides, sulfur dioxide, dust, and other pollutants from flue gas.

6. No tar, waste water, and other waste emissions: Utilizes high-temperature gas direct combustion technology, where tar and others are combusted directly in gaseous form, overcoming the technical challenge of high tar content in biomass gasification and avoiding secondary water pollution caused by water-washed tar.

7. Easy operation and convenient maintenance: features automatic feeding and wind-assisted ash removal, making it simple to operate, with minimal workload and requiring only one person on duty.

8. Cost-effective investment, low operational costs: Reasonably designed biomass combustion structure with low retrofitting costs for various boilers.

Product Performance Features

Biomass burner application range:

Suitable for matching and energy-saving retrofitting of heating equipment such as curing lines, ovens, boilers, die-casting machines, industrial furnaces, drying equipment, and other heating systems in electroplating factories.