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- Kapa - Model Physis - Feed Linear Dryer
Kapa - Model Physis -Feed Linear Dryer
Continuous feed linear dryer. Built entirely of thick steel or stainless steel. The hourly treatment capacity is linked to the physical/chemical characteristics of the product to be processed. Automatic computerized control of the entire drying process. Max. internal air temperature 250°C without any risk of caramelization of the product or fire.
- Mixing of the air flow along the entire process path.
- Biomass burner with moving grate (optional).
- Air flow mixing control valves (optional).
- Reduction of volatile particles by means of a cyclone (optional).
- Condensation of the output steam and energy recovery (optional).
- Automatically controlled feeding.
- Fully automatic.
- Remote control and daily/monthly data recording.
- MINIMUM FUEL CONSUMPTION THAT NO OTHER DRYING TECHNOLOGY CAN ACHIEVE
- NO CARAMELIZATION EFFECT
- NO CHANGE IN THE CHARACTERISTICS OF THE MATERIAL (COLOR, ODOR)
- NO EMISSIONS OF ANY KIND (ODORS, FUMES, ASH, VOLATILE PARTICLES)
- NO FIRE RISK
KAPA ENGINEERING`S INNOVATIVE DRYERS DO NOT ALLOW THE EFFECT OF BIOMASS CARAMELIZATION
Using low temperatures for drying without caramelizing while providing large quantities of dry air which is the means for removing humidity. The air enters from the appropriate vents at every meter of the route and must be sucked at the end of each treatment line. Therefore, with minimum consumption as the heat required is little, excellent drying is obtained without browning of the material which retains the natural odor without any bad smell. With the dedicated cyclone, every trace of dust is captured while the condenser recovers the condensation and the residual heat of the steam contributing to further energy savings. Also innovative are the biomass burners, built by us, which provide the dryers with the energy necessary for their operation. With direct conduction of the fumes or with the exchanger for the machines that treat food they are always ready to face any energy request for more humid materials or climatic conditions.
