Sunkaier
Sunkaier - Tube Crystallizer
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Continuous scraped surface crystallizer is generally used in cooling crystallization and viscous cooling duties.
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A scraped tube crystallizer, also known as a scraped surface crystallizer, is a device that uses a cooling medium to create crystals from a slurry. It is made up of a jacketed pipe with scrapers that remove solid deposits from the pipe walL
How it works
A cooling medium is circulated between the pipe wall and the jacket. The cooling medium removes heat from the slurry, causing crystallization. The crystals form and stick to the inner pipe wall.
Scraper blades rotate against the inner pipe wall to remove the crystals. The small crystals scraped from the wall act as "seeds" for further crystal growth.

MAIN DESIGN FEATURES
- SUNAKIER continuous scraped surface heat exchangers offer many advantages over other crystallization methods:
- The exchangers are designed to run without clogging for extended periods between hot washings.
- Fouling tendencies of some slurries are overcome by continuous scraping of the heat transfer surface.
- The design is capable of handling higher MTDs than shell and tube equipment.
- Operating temperatures range from -75°C ( -103 °F) to + 250°C (482°F).
- Weight percent solids as high as 65% have been handled.
- Can handle process fluids with viscosities in excess of 10,000 cP.
- Near plug flow profile allows for easy transition from batch to continuous process.
- Scraped surface crystallizers are more cost effective for larger installations where vacuum crystallization may seem attractive.
- The design minimizes shear stress on delicate crystals but is rugged enough to handle tough crystals.
- Simple, self-contained construction eliminates the need for excessive instrumentation, condensers, vacuum systems, etc.
- Cost effective for larger installations
- Minimizes shear stress on delicate crystals
- Rugged enough to handle tough crystals
- Simple, self-contained construction
- Crystallization of specialty chemicals, polymers, waxes, and resins
- Crystallization of edible fats and oils in the food industry
- Crystallization of cosmetic ingredients and products
- Purification and separation of chemicals
- Separation of chiral isomers
- Crystal formation of inorganic salts
- Palm Oil
- Separation of fatty acids
- Sterane/olein separation
- Shea bitter oil, wax
- Lubricating oil
- Organic chemicals .
- Special Chemicals relevant to the Energy Industries
