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| MOQ: | 1 set |
| Price: | Negotiation |
| Standard Packaging: | wooden case (fumigation free) or as per customers’ requirements |
| Payment Method: | T/T, |
The sludge ingredients are complex, the water content is high, the viscosity is strong, and the phenomenon of adhesion and sticky walls is easily bonded into groups during drying, making the drying efficiency and poor effect. In response to these characteristics of sludge, Su Li drying research and development, design, and manufacturing a special paddle dryer dryer. This is an indirect heating low -speed stirring dryer.
Make the wet material under the turbulence of the blades, and fully contact the hot surface of the heating carrier to achieve the purpose of drying. The structure form is generally a horizontal formula. The sludge dryer is divided into hot wind and conductive. The form of thermal wind is to directly contact the dry material and dry through the heat carrier (such as the heat air). The conduction form is that the thermal carrier does not directly contact the dry material, but the hot surface is exposed to the material transmission and the drying. The sludge covers the leaves and the relative movement of the leaf surface has a washing effect.
The hollow shaft is arranged densely with hollow leaves, and thermos is flowing through the blade through the empty heart shaft. The heat transfer area in the effective volume of the unit is large (generally a single double -axis paddle leave area is about about ≤ 200m2; the area of a single four -axis paddle leaves is about about ≤400m2), the temperature of the heat medium is from 60 ~ 320 ° C. It can be water vapor, or it can also It is liquid type: such as hot water, heat conduction oil, etc. Indirect conduction heating, the heat is used to heat the material, the heat loss is only the insulation layer of the passenger body and the dampness of the heat dissipation to the environment.
(1). The equipment structure is compact and the sludge dryer device covers the area. The heat required for drying is mainly provided by the wall surface of the hollow blades arranged on the empty heart shaft, while the heat transfer of the cover wall surface only accounts for only a small part. Therefore, the large heat transfer surface of the unit volume equipment can save the equipment occupied by the equipment and reduce infrastructure investment.
(2). High calories. The sludge dryer is heated by conducting heating. All heat transfer surfaces are covered by the material, reducing the loss of heat; the heat utilization rate can reach more than 85%.
(3). The blades have a certain scrubbing ability, which can improve the heat transfer effect of the leaves. The scattered force generated by the tilt surface of the rotating blades and the combination of particles or powder layers makes the sludge attached to the heating sludge with a cleaning function. In addition, due to the reverse rotation of the two -axis blades, the compression and expansion and stirring function of the segments are alternated, and the heat transfer effect is uniform, which improves the heat transfer effect.
(4). Can achieve continuous and fully closed operations, reducing artificial and dust emissions.
(5). In terms of tail gas treatment, the system generally uses two types of normal or negative pressure. The exhaust air volume is reduced as much as possible according to different circumstances, thereby reducing the cost of tail gas treatment. For the odor of sludge evaporation, the deodorization system can be used to achieve standard discharge.
(6). The company can be designed as a high -risk chemical sludge containing high -risk chemical sludge that can be designed as a high -vacuum paddling sludge dryer and drying the low -temperature drying process. This can not only directly recover the solvents, but also greatly reduce the amount of exhaust emissions, and the safety and environmental performance can be greatly improved.
(1) The technical concept of absorbing sludge dryers, innovatively design the second -generation single -axis, double -axis or four -axis structure forms, and have been put into production applications in large quantities;
(2) The overall design of the bearings and the overall vehicle processing, the sludge dryer can choose to add a cooling device;
(3) The designs of the tube, the bearing, and the axis are free to slide, and the overall framework of the mud dryer host is designed;
(4) The overall enhanced design, the strength and service life are more guaranteed;
(5) The leaves are overall welding and the intensity is better; the scrape can be added according to the material state, and the cutting and flipping performance is better;
(6) Structural design is more compact. The area of a single sludge dryer can be designed with a large sludge dryer with ≤500m2;
(7) The design of the direct transmission structure, more balanced operation, reducing the motion and tightness of the chain transmission;
(8) The unique processing and assembly process make the equipment of the equipment more secure, and the sealing performance of both ends is superior;
(9) can be designed according to different situations, designing semicircular coats heating and overall heating type;
(10) Different forms of disbursement can be designed according to the material requirements, so as to ensure the drying time of the materials and further improve the comprehensive efficiency.
(11) Dedicated anti -bridge feed design.
Video
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|
| MOQ: | 1 set |
| Price: | Negotiation |
| Standard Packaging: | wooden case (fumigation free) or as per customers’ requirements |
| Payment Method: | T/T, |
The sludge ingredients are complex, the water content is high, the viscosity is strong, and the phenomenon of adhesion and sticky walls is easily bonded into groups during drying, making the drying efficiency and poor effect. In response to these characteristics of sludge, Su Li drying research and development, design, and manufacturing a special paddle dryer dryer. This is an indirect heating low -speed stirring dryer.
Make the wet material under the turbulence of the blades, and fully contact the hot surface of the heating carrier to achieve the purpose of drying. The structure form is generally a horizontal formula. The sludge dryer is divided into hot wind and conductive. The form of thermal wind is to directly contact the dry material and dry through the heat carrier (such as the heat air). The conduction form is that the thermal carrier does not directly contact the dry material, but the hot surface is exposed to the material transmission and the drying. The sludge covers the leaves and the relative movement of the leaf surface has a washing effect.
The hollow shaft is arranged densely with hollow leaves, and thermos is flowing through the blade through the empty heart shaft. The heat transfer area in the effective volume of the unit is large (generally a single double -axis paddle leave area is about about ≤ 200m2; the area of a single four -axis paddle leaves is about about ≤400m2), the temperature of the heat medium is from 60 ~ 320 ° C. It can be water vapor, or it can also It is liquid type: such as hot water, heat conduction oil, etc. Indirect conduction heating, the heat is used to heat the material, the heat loss is only the insulation layer of the passenger body and the dampness of the heat dissipation to the environment.
(1). The equipment structure is compact and the sludge dryer device covers the area. The heat required for drying is mainly provided by the wall surface of the hollow blades arranged on the empty heart shaft, while the heat transfer of the cover wall surface only accounts for only a small part. Therefore, the large heat transfer surface of the unit volume equipment can save the equipment occupied by the equipment and reduce infrastructure investment.
(2). High calories. The sludge dryer is heated by conducting heating. All heat transfer surfaces are covered by the material, reducing the loss of heat; the heat utilization rate can reach more than 85%.
(3). The blades have a certain scrubbing ability, which can improve the heat transfer effect of the leaves. The scattered force generated by the tilt surface of the rotating blades and the combination of particles or powder layers makes the sludge attached to the heating sludge with a cleaning function. In addition, due to the reverse rotation of the two -axis blades, the compression and expansion and stirring function of the segments are alternated, and the heat transfer effect is uniform, which improves the heat transfer effect.
(4). Can achieve continuous and fully closed operations, reducing artificial and dust emissions.
(5). In terms of tail gas treatment, the system generally uses two types of normal or negative pressure. The exhaust air volume is reduced as much as possible according to different circumstances, thereby reducing the cost of tail gas treatment. For the odor of sludge evaporation, the deodorization system can be used to achieve standard discharge.
(6). The company can be designed as a high -risk chemical sludge containing high -risk chemical sludge that can be designed as a high -vacuum paddling sludge dryer and drying the low -temperature drying process. This can not only directly recover the solvents, but also greatly reduce the amount of exhaust emissions, and the safety and environmental performance can be greatly improved.
(1) The technical concept of absorbing sludge dryers, innovatively design the second -generation single -axis, double -axis or four -axis structure forms, and have been put into production applications in large quantities;
(2) The overall design of the bearings and the overall vehicle processing, the sludge dryer can choose to add a cooling device;
(3) The designs of the tube, the bearing, and the axis are free to slide, and the overall framework of the mud dryer host is designed;
(4) The overall enhanced design, the strength and service life are more guaranteed;
(5) The leaves are overall welding and the intensity is better; the scrape can be added according to the material state, and the cutting and flipping performance is better;
(6) Structural design is more compact. The area of a single sludge dryer can be designed with a large sludge dryer with ≤500m2;
(7) The design of the direct transmission structure, more balanced operation, reducing the motion and tightness of the chain transmission;
(8) The unique processing and assembly process make the equipment of the equipment more secure, and the sealing performance of both ends is superior;
(9) can be designed according to different situations, designing semicircular coats heating and overall heating type;
(10) Different forms of disbursement can be designed according to the material requirements, so as to ensure the drying time of the materials and further improve the comprehensive efficiency.
(11) Dedicated anti -bridge feed design.
