Yamato Scientific's Spray Dryers are used in just about all industries from R&D to space exploration. The process has been around since 1865 and is continuously being developed and refined to the efficient operation which exists today.
Consisting of three basic steps, spray drying begins with atomization of a liquid feed into a spray of fine droplets. The spray is then contacted with, and suspended by, a heated gas stream, allowing the liquid to evaporate and leave the dried solids in essentially the same size and shape as the atomized droplet. Finally, the dried powder is separated from the gas stream and collected. The spent drying gas is treated to meet environmental requirements and then exhausted to the atmosphere or, in some cases, recirculated to the system. Of course, this is a simple explanation to a very complex process. Visit our website for technical specifications on Yamato Spray Dryers and other Yamato products.
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| ADL311SA + GAS410 Solvent Recovery Unit |
Spray Drying Applications
Food: milk powder, coffee, tea, eggs, cereal, spices, flavorings, starch and starch derivatives, vitamins, enzymes, stevia, colorings, etc.
Pharmaceutical: antibiotics, medical ingredients, additives
Industrial: paint pigments, ceramic materials, catalyst supports, micro algae, chemical
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