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Pond ash deposited in ash ponds carries high moisture. It is sticky and tends to form hard lumps. Raw pond ash cannot be used directly as construction raw material. Stockpiling also takes up land and brings dust pollution. A proper drying system turns this waste ash into reusable resource.
This production line is built for the sticking and caking feature of pond ash. It includes lump breaking equipment, sealed feeder, pond ash rotary dryer, heat source unit, two-stage dust collector, enclosed conveyor and finished ash silo. Anti-sticking lifting plates are fitted inside the drum. The line runs under negative pressure to reduce material build-up. Hot air temperature stays under tight control to preserve ash activity.
Dried pond ash has steady and even moisture. It meets specifications for cement admixture, aerated blocks and road base filler. The system can run on power plant waste heat to save running cost. Dual dust collection keeps exhaust within emission limits.
We tailor each pond ash drying plant according to your feed moisture, hourly capacity and site condition. Our pond ash dryer package covers site survey, fabrication, installation and commissioning. Send us your requirement for a full proposal and price.
Pond ash deposited in ash ponds carries high moisture. It is sticky and tends to form hard lumps. Raw pond ash cannot be used directly as construction raw material. Stockpiling also takes up land and brings dust pollution. A proper drying system turns thi
The petcoke drying production line, delivered by our company, has successfully completed all commissioning phases and is now in full operation in Yicheng, Hubei. This system addresses a critical dehydration stage for the client’s petcoke deep-processing o
Kaolin is widely used in industries such as ceramics, refractories, coatings (as a filler), and construction materials. Following washing and filter-pressing, kaolin typically retains a high moisture content, resulting in a viscous, clumping-prone materia
ETP (Effluent Treatment Plant) sludge from chemical and textile printing/dyeing plants is highly viscous. During the drying process, it is prone to sticking to vessel walls and forming clumps, which often leads to clogging in conventional drying equipment