Self Sustaining Continuous Operation Smoldering Furnace

• Customization: Available
• Condition: New
• Automation: Automatic
• Model NO.: WHAJ-YR-03
• Treatment: Burning
• Transport Package: Standard Export Packaging
• Specification: The diameter of the smoldering reactor is 2.5m
• Trademark: AJKJ
• Origin: Wuhan China
• Production Capacity: 20pieces/Year

Product Description

The current situation of high-moisture organic solid waste technology development

Thermal treatment technology has become mainstream while conventional drying and incineration technologies have limitations.
The technology in the 70s and 80s:deep dehydration(<60%), landfill and compost.The technology in the current stage:drying,blending combustion after drying.
The technology in the future:reducing the pollution and carbon,decreasing the cost.
The disadvantage of dry incineration

1.During the process of pre-drying,the problem of ozone pollution is serious.
2.It needs extra energy consumption and increases the dealing cost.
3.Drying may induce spontaneous fire and threaten the safety of production.

Technical innovation:direct smoldering disposal technology for high-moisture organic solid waste.
Direct smoldering interaction:high-moisture organic solid waste+inert heat storage medium material,porous characteristic mixed matrix,imporving the ability of air infiltration,heat transfer and storage.
Self-sustaining continuous spread:technical advantage:It doesn't need dehydration energy consumption and has high rate of volume reduction.Aditionally,its harmlessness is complete.
We achieved the world's first continuous smoldering operation technology validation,laying the foundation for engineering applications.
Commercial equipment system design and development:Design two sets of smoldering disposal system solutions tailored to different needs.
Application Scenaries:Solid waste disposal from industrial production sources
Disposal Targets:Municipal sludge,dyeing sludge,distillers'grains,etc.
Design Capacity:100 wet t/day
Land Area:1000 square meters.
Our project