A Pneumatic Flash Dryer is a continuous drying system in which wet material is dispersed and conveyed through a drying duct using high-velocity hot air. Drying and pneumatic conveying occur simultaneously, enabling rapid moisture evaporation within a very short residence time. The system is designed for efficient handling of fine powders and wet filter cakes, with product separation achieved through cyclones or bag filters. Pneumatic Flash Dryers are compact, energy-efficient, and suitable for continuous industrial processes.
Used For
Drying and conveying of wet powders and filter cakes
Rapid moisture removal with minimal residence time
Continuous drying of fine particulate materials
Integration with filtration, centrifugation, or wet processing systems
High-throughput industrial drying applications
Industrial Pneumatic Flash Dryer
Explore Our Pilot Plant Trial Facility At katalyzer technologies, we offer a state-of-the-art pilot plant trial facility right on our premises. Clients can leverage this resource to test our products and services before making a commitment. After the trial period, you'll have the freedom to decide whether to proceed with placing an order, ensuring confidence in your decision-making process.
For accurate process design and sizing of a Spin Flash Dryer, the following information is required:
Material Properties
-
Material name and description
-
Physical form (paste / cake / slurry)
-
Bulk density (wet & dry)
-
Particle size requirement
-
Sticky or abrasive nature
Moisture & Capacity Data
-
Initial moisture content (% w/w)
-
Required final moisture content (% w/w)
-
Feed rate (kg/hr)
-
Required evaporation rate (kg/hr)
Thermal & Process Parameters
-
Maximum allowable product temperature (°C)
-
Inlet air temperature (°C)
-
Outlet air temperature (°C)
-
Residence time requirement
Airflow & Mechanical Parameters
-
Required airflow rate (m³/hr)
-
Pressure drop across system
-
Disintegrator / rotor speed range
-
Classification cut size (if applicable)
Utilities & Integration Data
-
Available utilities and power supply
-
Integration with cyclones, bag filters, or wet scrubbers
-
Upstream feed system details
-
Space and layout constraints
Purpose of This Data
This data is used to determine drying chamber size, air handling capacity, heating load, rotor design, and separation systems to ensure stable operation, consistent product quality, and efficient moisture removal.
-
