Inline Process Refractometers in Sugar Cane Processing

Inline Process Refractometers in Sugar Cane Processing

Sugar refining is a high-energy-intensive process that involves many processing stages to eliminate impurities from raw juice. The correct process management tools assist in increased output while lowering production costs. Additionally, sugar production, in general, uses a lot of water. Using advanced technological equipment, such as Electron Machine's Process Refractometer, water, and energy consumption during production may substantially decrease, increasing the mill's efficiency and sustainability.

For the optimum product quantity and quality, consumable sugar manufacturers need tight process control and fast, precise Brix measurements of raw and in-process liquids. The ultimate aim of crystal sugar production is to generate as many uniformly high-quality crystals as possible while avoiding fines and conglomerates. Only the best liquid and crystal sugars are acceptable.

Sugar cane processing needs to happen within a specific time frame after harvesting to minimize sugar loss due to glucose and fructose conversion. Milling and processing, the conventional two-stage process, may be merged in a single modernized manufacturing plant. In both procedures, process refractometers make optical measurements of a solution's refractive index, used to calculate the concentration of dissolved solids. 

Refractometers are used in the cane sugar refining and milling operations to offer precise inline Brix and other readings to obtain high-quality liquid and crystal sugars while reducing production costs.

Inline process refractometers applications in sugar cane processing:
  • Product flow is adapted to evaporator capacity to save energy. 
  • Extraction process optimization, reducing the amount of water at the evaporator. 
  • Feed juice control in the separation column to modify concentration to meet capacity. 
  • Check for quality assurance on liquid bulk sugar and molasses. 
  • Automatic and precise seeding in a vacuum pan. 
  • Supersaturation monitoring during the whole strike of crystallization.

For more information contact:

Electron Machine Corporation
https://electronmachine.com
+1 352-669-3101