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The use of ion exchange technology in the sugar industry started about 70 years ago and has been evolving very fast. Starting with the raw sugar thin juice, a light to dark green fluid, with a sugar content other substances, among them calcium, magnesium salts (phosphates and silicates among them), iron, and other organic substances, that are required to be removed from it to isolate the sucrose molecule.
Ion exchange resins offer greater operational efficiency and improved process hygiene than either powdered or granular carbon and are rapidly becoming the media of choice for cane sugar refiners seeking to remove color from liquid or crystal sugar products. Strong base type I anion resins in the chloride form remove color by ion exchange or adsorption.
Media Sub Category | Strong Base Anion |
Polymer Matrix | Acrylic Macroporous |
Ionic Form | Chloride |
Application | Cane sugar refined syrup decoloration |
Media Sub Category | Strong Base Anion |
Polymer Matrix | Styrenic Macroporous |
Ionic Form | Chloride |
Application | Cane sugar refined syrup decoloration |
Media Sub Category | Strong Acid Cation |
Polymer Matrix | Styrenic Macroporous |
Ionic Form | Sodium |
Application | Refined sugar syrup softening/Decationization |
Media Sub Category | Strong Base Anion |
Polymer Matrix | Styrenic Macroporous |
Ionic Form | Chloride |
Application | Sucrose acid neutralization (demineralization) |
Media Sub Category | Weak Base Anion |
Polymer Matrix | Styrenic Macroporous |
Ionic Form | Free Base |
Application | Sucrose acid neutralization (demineralization) |
Media Sub Category | Strong Base Anion |
Polymer Matrix | Styrenic Macroporous |
Ionic Form | Hydroxide |
Application | Sucrose acid neutralization (demineralization) |
Media Sub Category | Weak Acid Cation |
Polymer Matrix | Acrylic Macroporous |
Ionic Form | Hydrogen |
Application | Sucrose decationization |
Media Sub Category | Strong Acid Cation |
Polymer Matrix | Styrenic Macroporous |
Ionic Form | Hydrogen |
Application | Sucrose Inversion |
Thin juice ion exchange softening positively affects downstream operations, eliminating the need for descaling evaporators and improving the efficiency of heat transfer while improving boiling characteristics and resulting sugar quality. It is important to note that cane juice is typically “harder” than beet juice a can require larger softening systems and more regenerant.
Media Sub Category | Strong Acid Cation |
Polymer Matrix | Styrenic Gel |
Ionic Form | Sodium |
Application | Sugar juice softening/Decationization |
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