Minimum circulation volume: 20L;
Material tank: 50L/100L;
Filtering area: 15 m² per unit;
Work pressure: 0 - 0.8 MPa;
Working temperature: 4 - 55℃
PH range: 2 - 12 (depending on the membrane core)
Control mode: Automatic control;
Installed power: 2.2KW;
Filtering rate: 100 - 500 L/H (depending on the material and pressure);
Equipment material: SUS304;
Electricity demand: AC/380V/50HZ three-phase five-wire system;
Equipment dimensions: 1500 (length) × 700 (width) × 1600 (height) mm
The pilot filtration system of ultrafiltration membrane (BNUF402-2-A) was designed and manufactured by Bonar Company based on its long-term membrane filtration experiments, membrane technology applications, and membrane equipment design experience. It is widely applicable for pilot experiments of laboratory material scales ranging from 50 to 1000L. The minimum circulation volume of this equipment is only 20L, allowing for large-scale and rapid experiments with small amounts of materials. At the same time, the amount of waste liquid during the equipment cleaning process is small, which can reduce secondary pollution to the environment. This equipment adopts a design of two membrane cores connected in series. By replacing with different precision organic membrane elements of the same model, it can achieve different experimental purposes. It is mainly used for concentrating, separating, purifying, clarifying, desalinating, and filtering materials. The filtration speed is fast, the production cycle is short, and the production efficiency is high.
The system is equipped with an automatic overpressure protection function. It will automatically sound an alarm when the value exceeds the warning limit, and automatically shut down when it exceeds the dangerous limit, ensuring the safety of personnel and equipment during use.
2. The system is equipped with an automatic over-temperature protection function. If the temperature exceeds the warning limit, an alarm will be triggered automatically; if it exceeds the dangerous limit, the machine will automatically shut down, ensuring the safety of the materials and equipment during use.
3. The equipment is equipped with pressure and temperature sensors, and the pressure and temperature are displayed on the digital screen.
4. The equipment is equipped with a Siemens touch screen. It allows for the input of product names, batch numbers, and process parameters. It can also record the start time, process parameters, end time, and alarm records, among other things.
5. The membrane elements are imported, and they comply with the hygiene standards such as those set by the US FDA, USDA, and 3-A.
6. It can achieve the function of automatic fluid replenishment.
7. All system components (except for the seals) are made of SUS304 stainless steel.
8. It adopts automatic argon gas filling protection, single-sided welding, double-sided forming, and all weld seams are polished. The inner and outer surfaces of the pipeline are of excellent quality, the operation is simple, clean and hygienic, and it is safe and reliable.
9. The fillet welds, external butt welds and the ends of the接管 (i.e. the pipe connections) should be smoothed out, while the internal welds should be ground to be perfectly flat.
10. The equipment brackets have undergone wire drawing treatment.
11. The equipment is easy to control and has a high degree of automation. The production process is stable and reliable, ensuring the safety of personnel, equipment and materials during the experiment.
12. The overall layout of the equipment is compact, with a small minimum circulation volume, less cleaning waste liquid, reduced secondary pollution, and saved space.
One stainless steel circulation pump, one stainless steel cleaning pump, two SUS306L stainless steel membrane modules, two membrane cores, one material tank, two pressure sensors, one temperature sensor, one control system, one frequency converter, equipment brackets, edge ring clamps, and several pipes and their connecting parts.
Clarification and concentration of beverages and juices;
Fruit wine processing includes sterilization and clarification, as well as acid removal, etc.
Dairy product production, sugar industry, soy sauce,
The clarification of vinegar, etc.
Sterilization, extraction of pharmaceutical products,
Separation, purification, concentration, desalination,
Solvent replacement, etc.
Production of animal peptides and plant peptides;
Health tea, coffee powder clarification and concentration;
Vitamin separation, impurity removal from health tonics, etc.
Plasma protein concentration, antiviral immunoglobulin
Protein purification, production of artificial blood;
Plant extract liquid concentration, natural pigment filtration concentration, honeysuckle impurity removal filtration, fermentation liquid concentration and refinement, enzyme preparation purification concentration, amino acid filtration concentration, etc.
Collagen grading, hyaluronic acid purification
Production of plant essential oils, purification of natural pigments
Purification of plant spices and removal of impurities for antioxidant properties.
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.
