It is widely applied in urban domestic waste treatment, waste incineration power generation, waste incineration in the paper industry, general solid waste treatment, forming of biomass pellets/blocks, straw residue, wood chips, tree bark, waste paper, palm shell fiber processing, etc. The products are distributed in the domestic market and the markets of South Asia and Southeast Asia.
20 - 130t/h (14MW - 116MW) Biomass Pellet/Block Making Boilers/Systems, Grass Straw, Wood Chips, Bark, Waste Paper, Palm Shell Fibers and Other Biomass/Solid Waste Boilers and Systems.
For different fuels, different combustion methods such as circulating fluidized bed, chain grate, reciprocating grate or mixed grate are adopted. We tailor the most suitable solid waste/urban garbage incineration boilers and systems for users to effectively address their pain points.
Advantages of Biomass/Bulk Waste Incineration Boilers and Systems
Tailor technical solutions based on different waste characteristics, with strong targeting and good adaptability.
Combine the incinerator and heat recovery furnace into one unit, achieving integration and compact structure, reducing land area and saving investment.
The incinerator body adopts mature furnace type and closed structure, enabling continuous ash discharge and long-term system operation, improving combustion efficiency.
The load regulation characteristics are good, capable of stable operation within the range of 30% - 100% rated load, achieving economic operation effects;
The incinerator is fully automated controlled, with high combustion stability and safety, and convenient operation and maintenance.
When the waste is hazardous waste, for the harmful components, the combustion temperature in the incinerator chamber is controlled at 1100℃, and the residence time of the fuel in the incinerator chamber is not less than 2 - 3 seconds to ensure that the harmful components are fully pyrolyzed and eliminate environmental hazards. In the tail gas treatment process, the components of odorous gases such as dioxins produced by incineration are also considered, and physical adsorption devices are set up to remove the odors.
Engineering Applications
Widely used in urban domestic waste treatment, waste incineration power generation, paper industry waste incineration, general solid waste treatment, biomass pellet/press block making, grass straw, wood chips, bark, waste paper, palm shell fibers processing, etc. The products are distributed throughout the domestic market and the markets of South Asia and Southeast Asia.