Ultrafiltration Equipment - Quality Assured - Nanofiltration Membrane Separator Manufacturer - Process Integration - Quankun Customized

Ceramic membrane equipment is used in crossflow filtration integrated systems for both inorganic ceramic membranes and organic tubular membranes. It is widely applied in various fields such as microfiltration, ultrafiltration, food and beverage processing, deep processing of plants (medicinal), biopharmaceuticals, fermentation, fine chemicals, and more. It can be utilized for separation, purification, purification, concentration, sterilization, and other processes in the manufacturing process. Typical applications include clarification of traditional Chinese medicine liquid, removal of impurities, recovery of microorganisms from fermentation broth, protein recovery, clarification of substances or water with high solid content, concentration of metal nanomaterial powders, cutting of emulsions, and purification of oily wastewater.

Performance Features:

Easy to install and use, with a compact installation area.

2) All equipment is made of sanitary-grade stainless steel, ensuring safety and durability.

3) The ceramic membrane components of the equipment are resistant to acidic and alkaline solutions and other high-concentration liquids, with high-temperature resistance and strength, which facilitates the post-cleaning and maintenance of the membrane components.

4) Due to the characteristics of ceramic membranes, they exhibit strong resistance to microorganisms, ensuring that the liquid material does not undergo phase changes, thereby affecting the variation of test parameters.

5) Ceramic membranes have a narrow distribution of pore sizes, resulting in high efficiency in separation, concentration, and purification.

6) Utilize high-performance electric flow control pumps for continuous linear power support.

Ceramic membrane laboratory equipment comes in a variety of types, primarily classified into the following categories based on their functions and application fields:

Primarily used for liquid-solid separation, such as clarification of suspensions, and removal of bacteria and viruses. These units typically include pressure pumps, membrane components (including ceramic membrane sheets), control systems, and collection devices, which regulate separation efficiency through adjusting operating pressure.

Combining membrane separation with chemical reactions, it is suitable for product separation and purification in processes such as catalytic and enzymatic reactions. By optimizing the membrane material and reaction conditions, a continuous and efficient production process can be achieved.

Primarily used for separating and purifying gases or steam, such as separation and carbon dioxide capture. These units utilize the pressure or concentration difference across the membrane as the driving force for selective gas permeation.

Combining the isolation function of ceramic membranes with electrolytic technology, it is used for the extraction and concentration of specific ions, such as desalination of seawater and recovery of heavy metal ions.

Application Fields:

Clarification and filtration of plant and animal extracts (e.g., tea, rhubarb, animal organs extracts, etc.)

2. Clarification and filtration of enzyme preparation fermentation broth, sterilization filtration.

3. Sterilization and clarification filtration for wines, draft beers, yellow rice wines, and millet wines, etc.

4. Clarification and sterilization filtration for health wine, fruit wine, fruit vinegar, and condiments (soy sauce, vinegar, oil) etc.

6. Clarification and sterilization filtration for juices, milk, and beverages.

7. Clarification and filtration of fermentation broth in the antibiotic, weishengsu, and amino acid industries.

8. Catalysts, titanium dioxide, nano-powders, etc. recovery, filtration, washing, and concentration.

9. Oil-in-water emulsion wastewater and other wastewater pretreatment.

 Ultrafiltration Equipment - Quality Assured - Nanofiltration Membrane Separator Manufacturer - Process Integration - Quankun Customization

Selecting the appropriate ceramic membrane lab equipment requires considering the following key factors:

Including material properties (such as pH, temperature, and viscosity), particle size distribution and concentration of the substances to be separated, which directly impacts the selection of membrane material, the size of the membrane pore, and the setting of operating conditions.

The purpose of the clear separation, whether it is to remove impurities, concentrate the product, or recover specific components, will determine the type of ceramic membrane and the corresponding operational mode to be used.

Consider the investment cost of the equipment, operational energy consumption, the lifespan and replacement cost of the membrane, and whether it meets environmental protection requirements, such as achieving waste minimization and resource recycling.

Supplier's technical capabilities, after-sales service, customization of membrane components, and the ability to provide professional training are also critical factors to consider when making a selection.