Pellet Combustion Machine
Economical and efficient: The operating cost is much lower than that of oil and gas, with high thermal efficiency and significant energy savings.
Environmental protection and cleaning: using renewable particles, near-zero sulfur emissions, low carbon and pollution-free.
Intelligent and convenient: automatic feeding and ignition, simple operation, unattended operation.
Stable and versatile: stable heating, suitable for boilers, drying and other thermal equipment.
Product Introduction
Pellet Combustion Machine to a machine that uses agricultural and forestry waste particles such as straw as fuel, adopts semi-gasification combustion method, effectively avoids problems such as slagging during direct combustion of straw particles, and adopts precise control of air distribution, feeding, gasification and combustion, achieving efficient and clean combustion in an integrated machine. The pellet burner directly outputs high-temperature flame and flue gas, which can be directly connected to energy-consuming equipment such as boilers and industrial kilns, with a wide market.
Product Features
1. Fuel: wood pellets or straw pellets as biomass fuel; boiling semi-gasification combustion combined with tangential swirl air distribution design ensures complete combustion of fuel; the equipment operates under micro-pressure without backfire or flameout.
2. Wide range of heat load adjustment: The heat load of the burner can be quickly adjusted within the range of 30%-120% of the rated load, and the starting block responds quickly.
3. No pollution and obvious environmental benefits: Using renewable biomass energy as fuel, it achieves sustainable energy utilization. The use of low-temperature staged combustion technology results in low emissions of nitrogen oxides, sulfur dioxide, dust, etc. in the flue gas, making it the best alternative to coal stoves and other traditional heating methods.
4. No tar, wastewater and other waste emissions: The use of high-temperature gas direct combustion technology allows tar and other substances to be 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 water washing of tar.
5. Easy operation and convenient maintenance: The system adopts automatic ignition, automatic feeding, and pneumatic ash removal, making operation simple, workload small, and a single person on duty sufficient.
6. Low investment and operating costs: The biomass combustion structure is designed reasonably, and the cost of modification for various boilers is low.
