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- Normit - Condensing Honey Dryer
Normit - Condensing Honey Dryer
It is known that under otherwise identical conditions, removal of moisture under vacuum is more effective than at in atmospheric pressure. However, in the have been made more innovative solution - intensive drying forced by air, which result in such performance close to the performance that would be achieved with a vacuum system. In addition, special construction of agitator ensures widest possible area of evaporation.
NORMIT CONDENSING HONEY DRYER works on the condensation principle. Dry, hot air dry honey and absorbs moisture content evaporated from the honey. The moist air is discharged out of the dryer but condenses on cold heat pump evaporator. The air from which it is moisture content taken away, is conveyed to the heat pump, wherein is heated again and enters the dryer and dry honey. The waste heat generated by the conversion of electrical energy into heat is effectively used for further drying and thus there is no loss of thermal energy. Dryer operates at temperatures of 5-95 ° C with minimal energy losses and extremely low operating costs. During honey drying, however, the temperature should not exceed 40 ° C to avoid damage of sensitive substances in honey. When honey is heated above 50 ° C, rapidly reduces the content of enzymes in honey as well as other valuable substances.
For more effective drying may dryer have heating in jacket Special stirrer with circular disc rotates, which ensures maximum heat transfer. Special squeegee located between the discs of agitators clean the chamber wall from glued honey.
NORMIT CONDENSING HONEY DRYER consists of the chamber of high quality stainless steel AISI 304 (or. On request AISI 316), fitted with specially disk, spiral or lamellar stirrer, condenser unit, thermometer and electronic measuring of humidity. Dryer operates at temperatures of 35-40 ° C with minimal energy losses and extremely low operating costs.
Additional Equipment
Dryer honey can be equipped with a thermostat, PLC control, recirculation and filtration system to clean the the honey from the wax fragment, (propolis), part of the bee bodies and etc.
- Low acquisition costs
- Low operating costs (closed air circulation system saves a large amount of thermal energy)
- High energy efficiency
- A large area of heat transfer
- The drying process takes place at a low temperature to ensure the preservation of all nutrients in honey
- Operation is continuous, so that the honey has stable quality
- Short drying time, there are no increasing hydroxymethylfurfural
- Environmentally
- Easy cleaning and maintenance
- Low heat loss
- Without the formation of dead zones
- The possibility of fully automatic operation for different products
