Antibiotics production, for example, often involves spray drying processes. Many ingredients in industrial processes also must be spray dried. Ceramic materials, paint pigments, detergents, catalysts, salts and a wide variety of other materials can be prepared by spray dryers. Read More…
Leading Manufacturers
Carrier Vibrating Equipment, Inc.
Louisville, KY | 502-969-3171Carrier is a manufacturer of high quality dryers in addition to many other related products, including coolers, screens, air knife separators, spiral elevators, feeders & conveyors.
GEMCO
Middlesex, NJ | 800-654-3626Founded in 1916, GEMCO is a leading manufacturer of industrial dryers, laboratory dryers and blender-dryer combinations. Along with our industrial dryers, we produce blenders and formulators. Our products are used in the chemical, food, neutraceutical, pharmaceutical and powdered metal markets.
Thermal Product Solutions (TPS, LLC)
New Columbia, PA | 570-538-7200Through its Gruenberg and Blue M brands, TPS offers a range of standard and custom industrial drying ovens. Delivering durability, innovation, and superior performance, Gruenberg ovens accommodate temperatures up to 1200F.
Dürr Systems, Inc.
De Pere, WI | 920-336-5715Dürr Megtec provides customized systems for: regulatory compliance; improvement in working environment and in neighbor relations by reducing odor from industrial processes and helping to reduce greenhouse gas emissions and process energy management.
Cire Technologies Inc.
Mountain Lakes, NJ | 800-388-8301We design and manufacture custom industrial dryers at Cire Technologies. Our line of products includes direct impingement and flotation web dryers. The uniformity of drying in our units is typically below +/- 2% for velocity and under +/- 1F for temperature. Custom designs allow for future alterations as your needs fluctuate.
Spray Dryers - Carrier Vibrating EquipmentDepending on the material being dried, spray dryers can use heated air or heated inert gasses; when combustible materials must be dried, gasses like nitrogen are used to minimize reaction risks.
Spray dryers are industrial drying systems that combine the processes of atomization and heating to dry a material. Atomization is the process by which a material is dispersed into extremely fine droplets. In spray drying, a material that is intended to be dried is mixed with a liquid and forced at high speeds into a chamber by a nozzle. Heat is then forced into the chamber, causing the liquid to evaporate and leaving behind fine solid particles.
The spray drying process begins with collections of materials to be dried and a solvent (which is often water). When the solute and solvent are mixed, the sludge or slurry created by this mixing are spun centrifugally and then forced through an atomizing nozzle at high speeds. While suspended in the drying chamber into which the material has been injected, it is exposed to a heated gas.
The solvent falls to the bottom of the chambers as the liquid solvent vaporizes. The dried materials are collected and prepared for the next phase of processing. The evaporation rate and the necessary size distribution of a product determine how much air is needed, which then affects the size and cost of most system components. As a result, these are the most important factors when designing a spray dryer.
Spray drying is often used when the product must meet exact requirements in terms of particle size distribution, particle shape, bulk density, and residual moisture content. Advantages of spray drying over other industrial drying processes include particle size control, enhancing flow properties of dry solids, evaporative cooling, corrosion reduction and short residence.