1) Energy saving: Using renewable biomass pellet fuel as energy, the operating cost is low, reducing by 30% -60% compared to fuel (gas).
2. High thermal efficiency: Semi gasification suspension combustion with tangential swirl air distribution design, low-temperature segmented combustion, with a burnout rate of over 98% and a furnace temperature of over 1200 ℃.
3. Stable and reliable: Micro positive pressure operation, isolated feeding method in the silo, no occurrence of tempering and quenching, has applied for national invention.
4. Low carbon environmental protection: Low emissions of smoke, sulfur, and nitrogen, with carbon dioxide close to *, in compliance with GB12371 smoke emission requirements.
5. Simple operation: easy installation, automatic feeding, simple operation, small workload, large bin capacity (customizable large capacity bin), can run for 3-12 hours with one feeding, only need to fill the bin in time, single person on duty.
Application scope:
Widely used in spray drying lines; Aluminum processing, casting heat treatment, annealing furnace, aluminum rod heating furnace, aluminum melting furnace; Industrial kilns; Greenhouse; Steam boiler, hot water boiler, thermal oil boiler, hot blast stove; Drying equipment; Paint, wood*Energy saving biomass pellet combustion furnace heats up quickly
1. Fuel used: wood chips or straw pellets biomass fuel;
2. Boiling semi gasification combustion with tangential swirl air distribution design, enabling fuel and combustion *,;
3. The equipment operates under slight pressure without experiencing tempering or misfiring;
4. Wide range of thermal load adjustment: The thermal load of the combustion engine can be quickly adjusted within the range of 30% -120% of the rated load, and the starting block responds sensitively;
5. The pollution-free and environmentally friendly benefits are obvious: using renewable biomass energy as fuel, the sustainable utilization of energy has been achieved. The use of low-temperature segmented combustion technology results in low emissions of nitrogen oxides, sulfur dioxide, dust, and other pollutants in the flue gas, making it a good alternative to coal stoves;
6. No tar, wastewater and other waste discharge: using 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;
7. Easy to operate and maintain: using automatic feeding and wind powered ash removal, the operation is simple, the workload is small, and a single person on duty is sufficient;
8. Low investment and operating costs: The biomass combustion structure design is reasonable, and the renovation cost is low when used in various boilers.