Number of filling membranes: 8 - 15 (optional)
Maximum filling membrane area: 0.5 m²;
Main material of the equipment: 316 stainless steel;
Operating pressure: 1 - 2.5 bar;
Operating temperature: 10 - 85℃
pH value range: 1 - 14;
Solid content: 10 - 70%
The rotating cross-flow filtration experimental equipment is a new type of membrane filtration device. By enabling the membrane module to operate dynamically, it can alleviate membrane fouling. Structurally, it is achieved by using a rotatable hollow shaft to drive the discs fixed on the shaft to rotate, forming a certain membrane surface flow rate through a centrifugal motion on the membrane surface. Utilizing the centrifugal force, hydraulic shear force generated by the rotational motion, as well as the intense turbulence of the filtrate, it can efficiently remove the filter layer on the membrane surface, eliminate the extremely poor concentration on the membrane surface, and simultaneously reduce salt crystallization, scaling, gel layer and organic matter pollution. This greatly extends the chemical cleaning cycle of the filter membrane, and the system does not require high flow rate and high pressure, thus significantly saving energy.
1. Efficient
The new dynamic cross-flow technology offers a more efficient method for fluid filtration and processing, saving time and increasing production capacity. It also has excellent heat resistance.
2. Energy conservation
Due to the special design of the system, no large-flow rotating motors are required to provide flow velocity, achieving a significant energy saving of 30% to 70%. It is resistant to pollution and easy to clean.
3. Multi-functional
The low requirements for pre-treatment, combined with high concentration ratios, enable the system to replace the functions of multiple other devices. It is highly functional, cost-effective, and has a long service life.
4. Intelligent operation
Fully automatic intelligent control system, with touchscreen operation.
5. Convenience
The system has a small footprint and a small dead volume.
6. High anti-pollution performance
The stubborn anti-pollution ability, the ability to handle highly difficult fluids with composure, resistance to acids and alkalis, resistance to organic solvents, and the highest tolerance viscosity can reach up to 30,000 mPas.
Dissolution and concentration of antibiotic resin analysis solution
Vitamin concentration
Separation and purification of oligosaccharides and starch sugars
Juice concentration and separation, plant extraction
Clarification and filtration of animal and plant catchments
The sterilization, clarification and filtration of soy sauce, vinegar, etc.
Removal of impurities in the monosodium glutamate solution
Removal of impurities such as glucose crystallization mother liquor
Desalination and concentration, replacing salting out and acid precipitation for amino acid separation, de-colorization and impurity removal, concentration, and desalination
Tsinghua University
Peking University
Beijing Institute of Technology
Fudan University
Zhejiang University
Go to Jiaotong University for school.
Xi'an Jiaotong University
Sichuan University
Sun Yat-Sen University
Nanjing University
University of Chinese Academy of Sciences
Northeast Normal University
Harbin Institute of Technology
Southeast University
Nankai University
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Independently completed multiple domestic and international membrane equipment project engineering, with rich experience.
We have a group of senior engineers specializing in membrane engineering applications, with many years of technical development and engineering practice experience.
We offer professional technical support and can provide on-site guidance for installation and commissioning.
A perfect customer service system and regular follow-up visits ensure the quality of the equipment.
The company has a service center that provides you with fast, efficient and cost-effective instrument repair services.
