Ventilex Fluidized Bed Dryer. The Ventilex Fluid Bed Dryer dries and cools sugar through the ambient air. In our Test Center (or at the client location), the optimal combination of airspeed and mechanical motion is determined. The sugar is then conveyed in the longitudinal direction of the dryer, and uniform results are achieved at lower temperatures and with shorter residence times.
Fluidized Bed Dryers & Coolers. Materials processed in a Fluidized Bed Dryer or Cooler float on a cushion of air or gas. The process air is supplied to the bed through a perforated distributor plate and flows through the bed of solids at a sufficient velocity to support the weight of particles in a fluidized
Fluidised-bed steam dryers (WVT) from BMA dry the pressed pulp produced in beet sugar factories to obtain a dry substance content of about 90 %. Use of a WVT can also make ecological sense with other types of biomass. The elements needed for the technological process in a WVT are neatly arranged in the compactly designed dryer.
Fluidized Bed Dryer Working Principle: The fluidized bed is divided into the upper and lower bed body, air distributor, the inlet and outlet ports, etc., and the wet material entering the fluidized bed is in contact with the hot air above the air distribution plate, and the material particles are suspended in the air flow to form a fluidized state.
Then a Ventilex Fluid Bed Dryer, or Fluidized Bed, is the equipment of choice! Our engineers have developed three types of fluid beds: To dry products. To cool products. A fluidized bed dryer and cooler in one; the product is first dried, using hot air, then cooled down to ambient temperatures.
11-01-2016· Fluidized Bed Dryer. Fluidized bed dryer (also called fluid bed dryer) is a kind of equipment used extensively in the pharmaceutical industries to reduce the moisture content of pharmaceutical powder and granules. The equipment works on a principle of fluidization of the feed materials. In fluidization process, hot air is introduced at high
50 tph fluidized bed sugar dryer. In this fluidized state close used to fluidize the column of hot sand from the dryer FOUNDRY EQUIPMENT FLUIDIZED BED DRYERS AND 3 TPH 5 TPH 10 TPH 15 TPH 20 TPH 25 TPH 50 TPH COOLER FBC5 FBC15 FBC30 FBC50 FBC100. View More. Bentonite rotary dryer bentonite rotary dryer Suppliers
Benefits: Effective cooling in the fluidized bed. Cooling to a constant sugar temperature. Reduced air volume. Compact system design. No moving parts. Secondary drying and cooling within the same system. Cooler exhaust air can be utilized in upstream drying plants. Separation of dust particles from the sugar
SD-203: Fluidized Bed Dryer with Baghouse Thermal Kinetics Fluidized Bed Dryer with Baghouse. 240 TPH @ 4% moisture; 200 TPH @ 6% moisture; Air Heater Fan: 64,000 ACFM, 400 hp; Baghouse Fan: 74,000 ACFM, 300 hp; Includes duct to primary dust collector, primary collector, duct to baghouse, baghouse. Controls include air heater burner controller
A fluid bed dryer can handle up to 200 t/h and is used for drying of clay, sand, gravel, limestone, etc. A continuous fluid-bed dryer/cooler is a machine in which a continuous flow of damp, granular material is conveyed over a perforated bed, through which air is blown to bring about fluidization. The material is dried in the first section of the machine and cooled in the second. Drying occurs
SHRIJEE FLUIDIZED BED SUGAR DRYER (FBD) SHRIJEE PROCESS ENGINEERING WORKS LTD. A-505, Dynasty Business Park, Near Chakala Metro Station, J.B. Nagar, 50 T/Hr Refined Sugar 12 TRIVENI ENGINEERING & INDUSTRIES LIMITED (India) 13 TRANSMARA SUGARS (Kenya) AND MANY MORE 43 YEARS OF SUGAR TECHNOLOGY EXCELLENCE.
Fluidized bed superheated steam drying is one of the technologies successfully applied to drying pulp in the sugar beet industry. It has the technological advantages of energy efficiency and safety (inert environment) required for use in drying bagasse.
B) Continuous Fluid Bed Dryer With Built-In Heat Exchanger This type of Fluid Bed Dryer provides heat from two sources to the product -one by hot air and the other by immersed heat exchanger tubes inside the bed. This improves the heat transfer co-efficient and decreases the air quantity required for drying by 50
Fluidized bed dryer. drying, heating, and calcining technologies. High throughput rates up to 600 tph High rates of heat exchange Does not overheat individual particles High levels of intermixing of the particles Is suited for powders, granules, agglomerates, and pellets 50- 5,000 micron Benefits High energy efficiency
Vibrating Fluidized Bed Dryer for Foundry Sand, 500 TPH, 8′-6″ (2.6 m) wide x 60 ft. (18.3 m) long, 45 HP (34 kW) Vibratory machines are inherently advantageous for heat transfer applications. Adapting the patented Kinergy Drive System to Vibrating Fluidized Beds has made them even more favorable.
Equipment: Fluidized bed dryer model FGS/2000, PIGNAT. French as shown in Figure 1, used for the experiment. This fluidized bed is cylindrical, approximately 18cm in diameter and 32cm high, with a voltage of 230 V 50 Hz. Drying experiments: The wet sugar used in this drying experiment obtained directly from the sugar plant in Beja Tunisia.
Fluid bed dryer can be used for drying powder sugar, granule sugar, sandy sugar, sand sugar, also for Food powder or granule drying, chemical powder drying, medicine powder drying. Used for boiling drying of particle material with a size of 0. 1-6mm, and suitable for speedy drying of finished product, intermediate (semi finished product) in such trades as pharmaceutical, food, light industry
4 Design of fluid beds (thermal & physical processing) Fixed bed Moving fluidbed (gravel, fibres, pellets) Fluidised bed Static fluidbed (non sticky powders, homogenous materials) Moving fluidbed (sticky powders, inhomogenous materials) Figure 2.0 shows a typical processing curve in a fixed, semi fluid or fluidized bed.
01-03-2009· Rotary Drum Dryer / Cooler, with air flow co- and counter-current with sugar flow; Fluidised Bed Dryer and Cooler, where air is cross-flow, at 90 degrees to sugar flow. Other equipment including belt-type dryer, tray dryer and column cooler is occasionally used. The theory of sugar drying is not affected by the equipment, but the air flow