Drying Technology
Heat pump, Mesh belts and Insulation boards are all combined in one integratedmodule, which improves airtightness and makes onsite installation easier.
Expansion valves adopted electronic type so as 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 240~300kw.h/1t.H20 (MAX).
SUS316L base of dryer replacing aluminium 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.
SHS INTEGRATED BELT-TYPE SLUDGE DRYER
The dryer adopts direct low temperature drying. Direct low temperature drying makes hot effect on sludge, producing high thermal efficiency. Moreover, low temperature protects organism in the sludge from splitting and volatilization, while the circulation hot wind takes only water out from the sludge.
Shincci drying temperature is 45-50℃ (temperature of the recycle to dehumidification heat pump), while blowing-in temperature is 60-75℃ (bottom layer).
Dehumidification heat pump sludge dryer makes use of dehumidification heat pump to carry out the sludge through hot-air recycling, condensing, dehumidifying and drying. The evaporation of the sludge moisture produces latent heat. And the condensation of vapor on heat pump requires latent heat as well. Both process of latent heat is equal according to the law of conservation of energy. As a result, drying process does not require additional heat capacity. The energy consumed during the process is the electricity for the input to compressor, fan and motor.
This dehumidification dryer is equivalent to the combination of dehumidification heat pump and mesh belt conveyor (playing the role of sludge placement).
| COMMON TECHNICAL SPECS | |
|---|---|
| Cooling Method | Forced-air Cooling FL |
| Refrigerant | R134a |
| Drying Temperature | 48～56℃(recycle air)/ 65～80℃(supply air) |
| Control System | Touch screen + PLC programmable controller |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 750 kg/24h |
| Standard Dehumidification Capacity | 31.3 kg/h |
| Rated Standard Operating Total Power | 10 kw |
| Distribution Power | 12 kw |
| Module Quantity | 1 SET |
| Refrigerating System | 1 SET |
| Dimensions | 2625×1277×1850 mm |
| Structure | Whole Set |
| Weight | 1.6 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 1350 kg/24h |
| Standard Dehumidification Capacity | 56.3 kg/h |
| Rated Standard Operating Total Power | 18 kw |
| Distribution Power | 22 kw |
| Module Quantity | 1 SET |
| Refrigerating System | 1 SET |
| Dimensions | 3470×1277×2320 mm |
| Structure | Whole Set |
| Weight | 2.0 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 3000 kg/24h |
| Standard Dehumidification Capacity | 125 kg/h |
| Rated Standard Operating Total Power | 35 kw |
| Distribution Power | 42 kw |
| Module Quantity | 1 SET |
| Refrigerating System | 4 SET |
| Dimensions | 4100×2140×2240 mm |
| Structure | Whole Set |
| Weight | 3.2 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 6000 kg/24h |
| Standard Dehumidification Capacity | 250 kg/h |
| Rated Standard Operating Total Power | 67 kw |
| Distribution Power | 80 kw |
| Module Quantity | 2 SET |
| Refrigerating System | 8 SET |
| Dimensions | 6800×2140×2240 mm |
| Structure | Assembled Set |
| Weight | 5.8 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 9000 kg/24h |
| Standard Dehumidification Capacity | 375 kg/h |
| Rated Standard Operating Total Power | 99 kw |
| Distribution Power | 119 kw |
| Module Quantity | 3 SET |
| Refrigerating System | 12 SET |
| Dimensions | 9500×2140×2240 mm |
| Structure | Assembled Set |
| Weight | 8.0 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 10800 kg/24h |
| Standard Dehumidification Capacity | 450 kg/h |
| Rated Standard Operating Total Power | 118 kw |
| Distribution Power | 142 kw |
| Module Quantity | 4 SET |
| Refrigerating System | 8 SET |
| Dimensions | 8050×3060×2750 mm |
| Structure | Assembled Set |
| Weight | 9.1 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 16200 kg/24h |
| Standard Dehumidification Capacity | 675 kg/h |
| Rated Standard Operating Total Power | 174 kw |
| Distribution Power | 209 kw |
| Module Quantity | 6 SET |
| Refrigerating System | 12 SET |
| Dimensions | 11300×3060×2750 mm |
| Structure | Assembled Set |
| Weight | 12.3 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 21600 kg/24h |
| Standard Dehumidification Capacity | 900 kg/h |
| Rated Standard Operating Total Power | 230 kw |
| Distribution Power | 276 kw |
| Module Quantity | 8 SET |
| Refrigerating System | 16 SET |
| Dimensions | 14550×3060×2750 mm |
| Structure | Assembled Set |
| Weight | 15.5 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 27000 kg/24h |
| Standard Dehumidification Capacity | 1125 kg/h |
| Rated Standard Operating Total Power | 286 kw |
| Distribution Power | 343 kw |
| Module Quantity | 10 SET |
| Refrigerating System | 20 SET |
| Dimensions | 17800×3060×2750 mm |
| Structure | Assembled Set |
| Weight | 17.7 Ton |
| TECHNICAL SPECS | |
|---|---|
| Standard Dehumidification Capacity | 32400 kg/24h |
| Standard Dehumidification Capacity | 1350 kg/h |
| Rated Standard Operating Total Power | 343 kw |
| Distribution Power | 412 kw |
| Module Quantity | 12 SET |
| Refrigerating System | 24 SET |
| Dimensions | 21050×3060×2750 mm |
| Structure | Assembled Set |
| Weight | 21.9 Ton |
