Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard.
Product Features
â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%.
â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution.
â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption.
â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying.
â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source.
Application Areas
The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc.
OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS.
Heat Pump Dryer (Direct Fired Dryer)
â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption.
â?¢ Rapid heating, constant to maintain the required drying temperature.
â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated.
â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Model Number: Portable Air Conditioner ((WT-F26 gray) Power Type: DC Use: Room Condition: New After-sales Service Provided: None Warranty:1 year Type: PORTABLE Certification:CB, ce Cooling/Heating:Cooling Only Application:Car, Commercial, Garage, Hotel, Household, Outdoor, RV Power Source:Electric, usb Remote Control: Yes App-Controlled: Yes
* PHOSCAST Phoscast : Phosphate Bonded Castables * PURPOSE customers using FBC boilers (Particularly underbed feed FBC boilers) for the protection of inbed coils against erosion potential by applying highly abrasive resistant refractory on inbed coils above fuel feed system. BACKGROUND * Two of such actions are providing special alloy studs on inbed coils and applying highly abrasive resistant refractory on the outer bottom loops of inbed Coils which are above the fuel feed nozzles. * GANESHAS has taken number of approaches to identify the key factors affecting erosion rates with an objective to enhance the life of inbed tubes as well as implementing the corrective action to reduce the erosion rates. Phosphate coatings are often used to protect steel parts against rusting and other types of corrosion * Erosion of inbed coils in fluid bed combustor is unavoidable phenomenon however the rate of metal wastage and thus the life of tubes depends on various factors like ash & fuel properties, design of Combustor / feeding system, flue gas velocities operating conditions etc. It has been also observed that maximum erosion prone inbed coils are those which come above fuel feed nozzles and an area of approximately 1 to 1.5 mts around fuel feed systems are badly affected. APPLICATION Phoscast-90 XR can be applied by ramming with wooden mallet having adequately large head @" dia x 5" length x 10â?? Jong handle). The desired lining or repair thickness is built up in several courses while ramming the mass to uniform thickness. Phoscast refractory should never be trawled to obtain smooth surface; ramming only should finish surface. Any excess mass is to be sliced off with trowel edge and then finished by ramming again for bed coil. Tube application of AFBC boiler, the material pasty mass should be finger pressed into the studs of the tube with maximum force. Finish should be given by pressing the hand palm against material applied, using surgical type thin rubber hand gloves.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes colour, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
