Feature

• Heat pump, Mesh belts and Insulation boards are all combined in one integrated module, which improves airtightness and makes onsite installation easier.
• Expansion valves adopted electronic type to increase dehumidification capacity.
• Heat exchangers and Refrigerant pipes are made of SUS316L instead of copper.
• Compressors are all installed in independent chambers, well- protected from the corrosive-gas to extend their service life.
• Two modules share one blower, and the belt-driven type blower is installed in the Heat pump module instead of the mesh belts module, which makes cleaning and maintenance easier.
• Standard operation consumption is 240~300 kWhr/1ton.H20 (MAX).
• SUS316L base of dryer replacing aluminum alloy support, making sure a strong anti-corrosion performance.
• The service access door are upgraded to quick-opening type and improved with unique airtight structure design, making maintenance and inspection easier and effectively door.

EFFICIENCY

• Sludge moisture content can be reduced from 80% to 10% (20% to 90% Solids), adjustable as required.
• Sludge volume can be reduced by 67% and weight by 80%, this results in 1 truckload to be hauled where there used to be 5.
• Optimized evaporation efficiency, available to automatically operate 24/7 with minimized operator attendance.        

SAFETY

• Low processing temperature of 40-75℃ in a closed cabinet ensuring long-term disposal safety.
• Outlet Sludge＜50℃ requiring no need for secondary cooling which allows it to be stored directly.

ENVIRONMENT

• Sustainable and eco-friendly process, with enclosed design to minimize odor emission.
• Available to be built inside the factory for sludge centralized processing.
• The clear condensate water from the drying process can directly drain to sewage pool without any secondary treatment.

INNOVATION

• The dehumidification capacity reaches as high as 4.5kg.H2O/kW.h, which is the world’s leading technology standard.
• Energy-consumption saved by 50% compared to the current industry standard.

ECONOMY

• The energy consumed during the process is only the electricity needed to operate the compressors and the fans or air handlers.
• The electric energy demand for drying sludge moisture content from 80% to 30% is only 160 kW.h/T.

STERILIZATION

• With pasteurization (low-temperature heating sterilization) at 70℃ drying for 90-120 minutes, it can sterilize over 90% bacteria effectively.

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