SUNRESIN STOCK CODE 300487

 seplite@sunresin.com     +86-29-89182091
You are here: Home » Cane Sugar Refining

Industry

Products List

Typical Cases

Removal of Pesticide and Patulin from Fruit Juice
Remove Bitter From Citrus Juice

Contact Us

   Sunresin Park,No.135, jinye Road, Xi'an        Hitech Industrial Development Zone,              Shaanxi-710076, China
  E-mail: seplite@sunresin.com
  Tel: +86-29-89182091

Cane Sugar Refining

Ion Exchange Technique for Sugar Decolorization and Deashing

The usual process of cane sugar is extraction, purification, evaporation, concentration, crystallization, separation, drying, and finished product. However, such sugars tend to have high levels of impurities, and the color and taste are not ideal. To make a high level of sugar, you must increase the refining process.
 
Cane sucrose refining process including: Affination, melter, clarification, filtration, Decolorization, evaporation, crystallization.
Sunresin applies resin purification technology to the refining process of sucrose. With simple and efficient operation, it can produce high-grade sucrose with less investment. 
 

Our Technology Advantages

  • Special ion exchange resins
  • Supporting Equipment & system
  • Reliable EPC project service

Two Typical Application

1. Decolorization
  • The color value is an important index of the quality of sugar. The high color value is due to the high content of colored impurities in the 
material. Modern sucrose refining technology is decolorized by ion exchange resin, especially in the production of some refined sugar and high-grade syrup.
  • Sunresin has two kinds of sucrose decolorizing resins, styrene matrix and acrylic matrix. Styrene matrix show a high selectivity for sugar colorants, but not easy to regenerate. Unlike styrene matrix, Acrylic matrix could be completely regenerated with sodium chloride solution, it is usually employed before styrene matrix as a good protect, while styrene matrix as polishing resin.
 
2. Deashing
  • The ash in sucrose is mainly derived from the anion and cation in the liquid. 
  • In particular, a large amount of calcium ions are introduced in the clarification process, which can cause the sucrose ash to be severely high and cause serious scaling of the evaporation equipment. 
  • Sunresin has developed several kinds of ion exchange resins and systems for sugar deashing process.
 

Category List

SEPLITE® LSF958                              Demineralization for cane sugar industry

SEPLITE® Monojet™ LSF9720           Decolorization for cane sugar industry

SEPLITE® LSF980 SERIES                Demineralization for cane sugar industry
SEPLITE® LSF983 S                           Demineralization for cane sugar industry
SEPLITE® LSF972                              Demineralization for cane sugar industry
SEPLITE® LSF986                              Demineralization for cane sugar industry

Our Product List

Latest News

27 2021-04
Sunresin Time at the IE Expo China 2021

As a leading technical solution provider in the resin adsorption and separation industry, Sunresin participated at the IE Expo with a team of over 20 people from different business units showcasing its latest adsorption products and equipment, as well as overall turn-key solutions in dealing with wastewater and waste gas treatment.

27 2021-04
Seplite® LSC495, Nickel Recovery in a More Cost-Effective and Eco-friendly Way

Sunresin is proud to offer a new generation of Nickel-selective chelating resins to overcome the disadvantages of solvent extraction methods: Seplite® LSC 495 offers high selectivity for Nickel and is unaffected by Iron in solution.

26 2021-03
Some questions about using ion exchange resins in water treatment

In water treatment using Ion Exchange Resins, there are a number of points that need special attention.

Here to Provide Complete Separation and Purification Solutions
Sunresin Park,No.135, jinye Road, Xi’an Hi-tech Industrial Development Zone, Shaanxi-710076, China
Call us on:
+86-29-89182091

FOLLOW US

Copyright © Sunresin New Materials Co.Ltd.All Rights Reserved