Drying Services

Capabilities, Expertise, and Processes for Superior Drying

Flash Drying - Flash Drying Ideal for heat-sensitive powders, granules, slurries, and cakes, flash drying uses high-temperature gas in a recirculating loop to rapidly evaporate (or “flash” off) surface moisture to: Protect against heat degradation without compromising product quality Prevent clumping and agglomeration for clean, free-flowing particles Pre-dry materials to make downstream processing more efficient Our ability to incorporate flash drying into broader toll manufacturing workflows helps you manage project timelines, costs, and product quality.

Flash Drying

Ideal for heat-sensitive powders, granules, slurries, and cakes, flash drying uses high-temperature gas in a recirculating loop to rapidly evaporate (or “flash” off) surface moisture to:

Protect against heat degradation without compromising product quality
Prevent clumping and agglomeration for clean, free-flowing particles
Pre-dry materials to make downstream processing more efficient

Our ability to incorporate flash drying into broader toll manufacturing workflows helps you manage project timelines, costs, and product quality.

Fluid Bed Drying - Fluid Bed Drying Our fluid bed drying technology is designed to deliver efficient, uniform moisture removal for particles larger than 50 microns. Suspending particles in a chamber with a rising stream of heated gas creates fluid-like behavior that: Controls heat transfer through both conduction and convection Minimizes hot and cold spots to maintain particle shape, structure, and performance Allows lighter, dried particles to rise within the chamber for classification and collection according to project specifications Whether you’re working with organic compounds, minerals, or specialty chemicals, fluid bed drying offers precise, reliable, and scalable processing for both pilot and full production volumes.

Fluid Bed Drying

Our fluid bed drying technology is designed to deliver efficient, uniform moisture removal for particles larger than 50 microns. Suspending particles in a chamber with a rising stream of heated gas creates fluid-like behavior that:

Controls heat transfer through both conduction and convection
Minimizes hot and cold spots to maintain particle shape, structure, and performance
Allows lighter, dried particles to rise within the chamber for classification and collection according to project specifications

Whether you’re working with organic compounds, minerals, or specialty chemicals, fluid bed drying offers precise, reliable, and scalable processing for both pilot and full production volumes.