Used to dry water-wet or solvent-wet materials through a wide temperature range, Turbo-Dryer does not require vacuum to achieve effective drying. 

Product retention time in a rotary dryer is a product of the drum length and diameter. Optimizing certain process parameters — among them, particle size distribution, airflow velocity and temperature — is the best way to minimize drying time while ensuring desired results.

Turbo-Dryer can be used to dry water-wet or solvent-wet materials through a wide temperature range without the need for vacuum. The gentle material-handling features and low exhaust velocities of the continuous, rotary tray dryer reduce fines formation and carryover in the exhaust. 

Supplementing the use of coal with biomass — a woody or energy crop — has become desirable in the production of electricity for a number of reasons.

Difficult-to-disperse powders can pose a challenge to food manufacturers due to the formation of lumps or "fish-eyes" during processing.

When planning a new industrial process or updating an existing one, a number of different drying technologies can be used. 

In many industrial processes, rotary dryers are relied upon for high capacity, consistent drying of bulk solids — and for good reason. They offer innumerable benefits, both to the process and the product.

Rotary drum dryers are the workhorses of the industrial drying industry, but even workhorses can have maintenance problems. Fortunately, most problems occurring in industrial rotary dryers can be solved by making your drum rigid, round and aligned.

This article will discuss how typical powder dryers operate, what hazards they present and strategies that can be used to manage the risk of fire and explosion inside of this equipment. Read the first part of this two-article series to learn about the conditions that allow fires and explosions to occur inside of drying equipment and the potential sources of ignition that can trigger industrial dryer fires and explosions.