Recovering Glycerin & Other Valuable Food Additives

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recovering-glycerin

source site Continuous vacuum evaporation/distillation of glycerin from a vegetable oil, containing 20% glycerin along with 2% sodium slats. High purity glycerin is recovered overhead while a concentrated residue is discharged as waste.

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Problem: Recovering glycerin and other heat sensitive, solids containing valuable food additives can not be effectively accomplished using conventional evaporation techniques. http://hosnaboen.no/?misoloie=singelklubben-bergen&d30=71 Pokemon Card Maker (unofficial) SKINs allow you to Make your own Pokemon Card! http://modernhomesleamington.co.uk/component/k2/itemlist/user/22132 è una società a responsabilità limitata in via G. Pianigiani 71, Roma. Aperti dal lunedì al venerdì: 9.00 – 13.00 / 15.00 -18.00. onko mies kiinnostunut rexnord bsd Torstaisauna järjestetään, kun ilmoittautuneita on vähintään 5 henkilöä. Ennakkoilmoittautumiset keskiviikkoon mennessä Matille numeroon 0400-799054.

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Solution: Use an Artisan Rototherm® mechanically agitated thin
film processor to continuously evaporate and distill glycerin and other heat sensitive solids containing products, without color formation, while achieving greater than 95% yield. Owing to its extremely short residence time, narrow residence time distribution, rapid surface renewal, and high heat transfer rates, product degradation is minimized, while purity and yield are maximized.

Example:

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  • Recovering high purity glycerin from a vegetable oil, containing 20% glycerin and 2% sodium salts. Glycerin is distilled overhead, leaving a residue stream containing the oil, along with the salt.