Reasons for transformation: When biomass particles burn, the first is rapid fission, part of which is directly burned and the other part generates combustible gas (combustible smoke), which requires secondary oxygen supplementation and secondary combustion. Thick smoke causes environmental protection to fail to meet the standard; the original coal-fired boiler is not designed with secondary oxygen supplementation, so it will cause a lot of thick smoke to be emitted from the smoke pipe mouth.
Transform into effect:
1. After the biological particles are burned, secondary oxygen supplementation is performed, and the combustible gas (combustible black smoke) generated when the biomass particles are combusted undergoes secondary oxygen supplementation and secondary combustion to fully utilize the heat energy and solve the biomass.The problem that the smokestack of the biomass boiler often emits black smoke is not up to the standard.
2. After secondary oxygen supplementation, the air flow direction is controlled to make full use of its heat, and biomass boiler thermal efficiency is significantly improved.