Industrial-grade Glucose

      Industrial-grade glucose raw material is produced by liquefying starch and rice with amylase, then compressing the mixture into blocks. These glucose blocks are subsequently processed into crystalline granules or powder through repeated cutting. This agent effectively removes aluminium ions and residual aluminium salts from water, including those present in wastewater after coagulation. Widely employed in industrial wastewater treatment and food processing plant effluent management, it has garnered consistent acclaim from numerous water treatment companies.
 

• Demonstrates excellent separation efficiency with rapid processing, yielding high-purity glucose.
• Can serve as a water stabiliser, exhibiting superior performance in this capacity.
• Hydrolysis occurs extremely rapidly, forming large and dense flocs with swift sedimentation rates.
• Requires minimal dosage for effective purification, reducing water treatment costs by 10–24% compared to traditional coagulants.
• Remains soluble even in water at lower temperatures.

Before employing industrial-grade glucose, various factors and performance characteristics must be considered. Prior to treating wastewater, it is advisable to conduct sampling tests to determine the optimal type and dosage of water treatment chemicals. This approach ensures superior purification outcomes. Furthermore, ongoing observation and adjustment are essential to maintain the appropriate chemical type and dosage. Ultimately, this process achieves the desired water purification quality.