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Corn Starch Sugars

Fructose syrup · F42 / F55

Fructose syrup includes F42 and F55. A commonly used concentration is 77%, mainly for beverage sweetening.

F42 / F55Typical fructose syrup concentration: 77%

Product overview

  • Includes MVR evaporation, isomerization, F42 purification and F55 separation/blending.
  • Widely used as a sweetener in carbonated and other beverages.

Starch sugars include glucose, maltose and fructose syrups. Glucose syrup is generally used for fermentation; maltose syrup for food browning/coloring, moisture retention and taste; fructose syrup as a beverage sweetener.

F42 and F55 product routes, including CCP1 and CCP4 control points.

Figures & advantages

01

Mature processes and coordinated equipment

Clear, mature process routes, coordinated equipment and simple layouts, with a small footprint and low investment requirements.

02

Low-consumption production

Low steam, electricity, acid/alkali and water consumption per unit of product. Uses mature maltose and fructose production technology.

Typical KORN process figures and technical advantages. Final parameters are subject to project design and the technical agreement.

Complete routes & branches

F42 / F55 fructose syrup production

Original bilingual process diagram from the company brochure. All labels and connections are preserved. Translated text outside the diagram is a reading aid.

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F42 / F55 fructose syrup production
Process notes and text version

01Conversion, isomerization and F42

  1. Starch milk
  2. Slurry preparation

    Add Na₂CO₃ and liquefaction enzyme to the slurry.

  3. Liquefaction CCP1
  4. pH adjustment

    Adjust pH with HCl.

  5. Saccharification

    Add saccharification enzyme.

  6. Filtration

    Add diatomite and separate protein residue.

  7. Decolorization

    Add activated carbon and remove spent carbon.

  8. Continuous ion exchange

    Off-spec return; process wastewater goes to the discharge/treatment system.

  9. MVR evaporation
  10. Isomerization

    Add MgSO₄, Na₂S₂O₃ and Na₂CO₃ for isomerization.

  11. pH adjustment

    Adjust pH with HCl.

  12. Decolorization

    Add activated carbon for decolorization.

  13. F42 ion exchange
  14. Refining

    Refining includes an off-spec return.

  15. Evaporation
  16. F42 product
  17. Filling

02F55 separation and blending

  1. F42 stream after evaporation
  2. Separation

    Add demineralized water at separation.

  3. Blending

    Blend the separated stream with part of the F42 stream.

  4. Refining
  5. Evaporation
  6. F55 product
  7. Filling

    Filling includes drum and tanker washing, control point CCP4.

Related technologies

Contact KORN

Tell us about your raw material, target product, planned capacity and project location.

Mr. Wang · +86 136 0442 8967bercwang@outlook.com
Project inquiry