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The brief introduction of exclusive sludge handle machine to solve solid and waste disposal problems
This air-source sludge drying machine is a highly efficient and environmentally friendly machine specifically developed for handling municipal sludge and industrial sludge (such as chemical, printing&dyeing and food processing sludge).
Product Advantages: Three Core Highlights to Solve the Defects of Sludge Drying
1. High Efficiency and Energy Saving to Significantly Reduce Disposal Costs
Super-high energy efficiency ratio
Take advantage of the remaining heat recycle
Controllable operation costs
2. Environmental Compliance to Wipeout Secondary Pollution
Low-temperature and harmless drying
Enclosed exhausted gas Disposal
0 wastewater discharge
3. Stable and Intelligent to Significantly Reduce Operation and Repair Costs
Adaptable to different operating conditions
Intelligently automatic control
Durable and easy-maintenance design
Application Scenes: Comprehensive Coverage to Suit Different Sludge Disposal Needs
1. Municipal Wastewater Treatment Plants: Large-Scale Sludge Volume Reduction Treatment
Application scenes:municipal wastewater treatment plants with a daily wastewater treatment capacity of over 50,000 tons, generating an average of 5-50 tons of sludge (80% moisture content) per day.
Core values: efficiently handle large volumes of municipal sludge,reduce sludge volume by over 70% (80% moisture content to 30%) and significantly reduce sludge transportation and landfill costs. Low-temperature drying can prevent the spread of odors and improve the environment of sewage treatment plants and their surroundings. Dried sludge can be used with waste incineration for power generation and achieve resource utilization.
2. Industrial Enterprises: Harmless Disposal of Industrial Sludge
Application scenes: chemical, printing&dyeing, food processing, pharmaceutical and other industrial enterprises can generate an average of 1-10 tons of industrial sludge per day (such as oily chemical sludge and printing&dyeing sludge).
Core Value: refer to the complex composition of industrial sludge (including heavy metals and organic matter), low-temperature drying ensures the harmful substances not to volatilize. Dried sludge meets hazardous waste disposal standards and can be safely entrusted to third parties for disposal or resource utilization (such as incineration of dried chemical sludge to recycle heat). The enclosed design prevents industrial sludge’s odor and harmful substance leakage to meet corporate environmental emission requirements.
3. Environmental Engineering Companies: Suiting Sludge Disposal Projects
Application scenes:environmental engineering companies,undertaking municipal and industrial sludge disposal projects,need to provide highly-efficient and environmentally friendly sludge drying equipment.
Core values: refer to rapid deployment of drying systems tailored to project,the modular design allows for flexible configuration can shorten project construction cycles. The machine's stable operation and simple repair can reduce project O&M costs for engineering companies. Its energy-efficient and environmentally friendly characteristics can promote project competitiveness and help engineering companies to get more sludge disposal orders.
The brief introduction of exclusive sludge handle machine to solve solid and waste disposal problems
This air-source sludge drying machine is a highly efficient and environmentally friendly machine specifically developed for handling municipal sludge and industrial sludge (such as chemical, printing&dyeing and food processing sludge).
Product Advantages: Three Core Highlights to Solve the Defects of Sludge Drying
1. High Efficiency and Energy Saving to Significantly Reduce Disposal Costs
Super-high energy efficiency ratio
Take advantage of the remaining heat recycle
Controllable operation costs
2. Environmental Compliance to Wipeout Secondary Pollution
Low-temperature and harmless drying
Enclosed exhausted gas Disposal
0 wastewater discharge
3. Stable and Intelligent to Significantly Reduce Operation and Repair Costs
Adaptable to different operating conditions
Intelligently automatic control
Durable and easy-maintenance design
Application Scenes: Comprehensive Coverage to Suit Different Sludge Disposal Needs
1. Municipal Wastewater Treatment Plants: Large-Scale Sludge Volume Reduction Treatment
Application scenes:municipal wastewater treatment plants with a daily wastewater treatment capacity of over 50,000 tons, generating an average of 5-50 tons of sludge (80% moisture content) per day.
Core values: efficiently handle large volumes of municipal sludge,reduce sludge volume by over 70% (80% moisture content to 30%) and significantly reduce sludge transportation and landfill costs. Low-temperature drying can prevent the spread of odors and improve the environment of sewage treatment plants and their surroundings. Dried sludge can be used with waste incineration for power generation and achieve resource utilization.
2. Industrial Enterprises: Harmless Disposal of Industrial Sludge
Application scenes: chemical, printing&dyeing, food processing, pharmaceutical and other industrial enterprises can generate an average of 1-10 tons of industrial sludge per day (such as oily chemical sludge and printing&dyeing sludge).
Core Value: refer to the complex composition of industrial sludge (including heavy metals and organic matter), low-temperature drying ensures the harmful substances not to volatilize. Dried sludge meets hazardous waste disposal standards and can be safely entrusted to third parties for disposal or resource utilization (such as incineration of dried chemical sludge to recycle heat). The enclosed design prevents industrial sludge’s odor and harmful substance leakage to meet corporate environmental emission requirements.
3. Environmental Engineering Companies: Suiting Sludge Disposal Projects
Application scenes:environmental engineering companies,undertaking municipal and industrial sludge disposal projects,need to provide highly-efficient and environmentally friendly sludge drying equipment.
Core values: refer to rapid deployment of drying systems tailored to project,the modular design allows for flexible configuration can shorten project construction cycles. The machine's stable operation and simple repair can reduce project O&M costs for engineering companies. Its energy-efficient and environmentally friendly characteristics can promote project competitiveness and help engineering companies to get more sludge disposal orders.
Model: RC- | 150 II J4dX×2 | 150 II J4dX×3 | 150 II J4dX×4 | 150 II J4dX×5 | 250 II J4dX | 250 II J4dX×2 | 250 II J4dX×3 | 250 II J4dX×4 | 250 II J4dX×5 | |
Standard Water Disposal Capacity | kg/24h | 7200 | 10800 | 14400 | 18000 | 6000 | 12000 | 18000 | 24000 | 30000 |
Water Disposal Capacity | kg/h | 300 | 450 | 600 | 750 | 250 | 500 | 750 | 1000 | 1250 |
Operating Power | kW | 90 | 132 | 174 | 216 | 82 | 159 | 234 | 313 | 388 |
Installed power | kW | 102 | 150 | 198 | 246 | 94 | 183 | 270 | 361 | 448 |
Quantity of Heat Pump Modules | SET | 2 | 3 | 4 | 5 | 1 | 2 | 3 | 4 | 5 |
Quantity of Compressor | SET | 8 | 12 | 16 | 20 | 4 | 8 | 12 | 16 | 20 |
Cooling Pattern | Wind Cooling | |||||||||
Refrigerant | R134a | |||||||||
Power Supply | V/Hz | 380V 3N~50Hz | ||||||||
Drying Temperature | ℃ | 48-56℃(Return Air)/65-80℃(Back Air) | ||||||||
Control System | Touch screen + PLC controller | |||||||||
Wet Mud Use Range | % | Moisture Content (40%-82%) | ||||||||
Dry Material Moisture Content | % | Inverter adjustment, moisture content (10%-60%) | ||||||||
Forming Pattern | Cutting strip and extrusion (choice depending on moisture content and mud properties) | |||||||||
Body size(L×W×H) | mm | 7300×2800×3000 | 10300×2800×3000 | 13300×2800×3000 | 16300×2800×3000 | 4850×3761×3644 | 8100×3761×3644 | 11350×3761×3644 | 14600×3761×3644 | 17850×3761×3644 |
Structural Type | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | |
Net Weight | kg | 6500 | 9000 | 11500 | 14000 | 7000 | 11500 | 16000 | 20500 | 25000 |
Model: RC- | 150 II J4dX×2 | 150 II J4dX×3 | 150 II J4dX×4 | 150 II J4dX×5 | 250 II J4dX | 250 II J4dX×2 | 250 II J4dX×3 | 250 II J4dX×4 | 250 II J4dX×5 | |
Standard Water Disposal Capacity | kg/24h | 7200 | 10800 | 14400 | 18000 | 6000 | 12000 | 18000 | 24000 | 30000 |
Water Disposal Capacity | kg/h | 300 | 450 | 600 | 750 | 250 | 500 | 750 | 1000 | 1250 |
Operating Power | kW | 90 | 132 | 174 | 216 | 82 | 159 | 234 | 313 | 388 |
Installed power | kW | 102 | 150 | 198 | 246 | 94 | 183 | 270 | 361 | 448 |
Quantity of Heat Pump Modules | SET | 2 | 3 | 4 | 5 | 1 | 2 | 3 | 4 | 5 |
Quantity of Compressor | SET | 8 | 12 | 16 | 20 | 4 | 8 | 12 | 16 | 20 |
Cooling Pattern | Wind Cooling | |||||||||
Refrigerant | R134a | |||||||||
Power Supply | V/Hz | 380V 3N~50Hz | ||||||||
Drying Temperature | ℃ | 48-56℃(Return Air)/65-80℃(Back Air) | ||||||||
Control System | Touch screen + PLC controller | |||||||||
Wet Mud Use Range | % | Moisture Content (40%-82%) | ||||||||
Dry Material Moisture Content | % | Inverter adjustment, moisture content (10%-60%) | ||||||||
Forming Pattern | Cutting strip and extrusion (choice depending on moisture content and mud properties) | |||||||||
Body size(L×W×H) | mm | 7300×2800×3000 | 10300×2800×3000 | 13300×2800×3000 | 16300×2800×3000 | 4850×3761×3644 | 8100×3761×3644 | 11350×3761×3644 | 14600×3761×3644 | 17850×3761×3644 |
Structural Type | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | Assembled | |
Net Weight | kg | 6500 | 9000 | 11500 | 14000 | 7000 | 11500 | 16000 | 20500 | 25000 |