Ceramic Membrane Technology: Improving Yield, Reducing Cost - 翻译中...

On March 3, the 14th International Bio-Fermentation Products and Technology Equipment Exhibitionopened in Jinan. At booth A61-1 in Hall N1, Jiuwu Hi-tech, as a leading enterprise in the industry, made a grand appearance with its uniquely technological booth design, standing out and attracting much attention, becoming one of the most watched companies at the exhibition.

At this exhibition, Jiuwu Hi-tech showcased their flagship products including ceramic membrane technology, silicon carbide ceramic membranes, high-packing ceramic membranes, organic rolled membranes, and organic tubular membranes. Each product, with its unique advantages, was brought to the forefront in the fields of bio-fermentation and biopharmaceuticals. To enable customers to gain an in-depth understanding of the product advantages and application solutions, Jiuwu Hi-tech specially arranged for seasoned industry experts to be present at the booth.

With their profound professional knowledge and rich practical experience, these experts patiently answered every visiting customer's questions, providing comprehensive professional advice from technical principles to practical applications and cost-benefit analyses, thus helping customers find the most suitable solutions.

Application of Ceramic Membrane Technology

Ceramic membrane technology has been successfully applied in many fields such as fermentation, chemical and petrochemical, food, plant (medicine) extraction, biopharmaceutical, and water purification, used for separation, clarification, purification, concentration, sterilization, and desalination in process applications. It can replace traditional separation techniques like centrifugation, filtration, extraction, and evaporation, improve filtrate quality, reduce downstream processing pressures, and increase yields, thereby achieving the goal of reducing production costs.

• Ceramic membrane technology has no phase change and mild separation conditions.

  
  

• Narrow pore size distribution, which is classified as molecular-level filtration.

  
  

• Excellent chemical stability, resistant to acids and bases, and oxidation.

  
  

• High temperature resistance, long life, and large processing capacity.

  
  

• High mechanical strength and good wear resistance.

  
  

• High efficiency and low energy consumption.

  
  

• Anti-pollution and easy to clean.

  
  

• Highly adaptable to various material systems.