Introduction
Ultrafiltration Equipment is an advanced water treatment solution. It actively uses the principle of ultrafiltration to separate suspended solids, colloids, bacteria, and macromolecular organic matter from water. By driving water through a semi - permeable membrane under pressure, the equipment selectively retains larger particles while allowing smaller molecules like water and some salts to pass through. This process ensures the production of high - quality filtered water, making it suitable for a wide range of applications, from household use to large - scale industrial processes.
Features
High - Precision Filtration: Can effectively capture particles as small as 0.001 - 0.1 micrometers, providing excellent water purification. It removes various impurities, ensuring the filtrate meets high - quality standards.
Good Flow Rate: Designed to handle a substantial volume of water, catering to applications with different water demand levels. It can maintain a relatively high flow rate while still achieving efficient filtration.
Durable Membrane: The membrane used is made of high - quality materials that resist chemical corrosion and mechanical wear. This durability ensures long - term stable operation and reduces the frequency of membrane replacement.
Simple Operation: Equipped with an intuitive control system, it allows for easy operation and monitoring. Even non - professional operators can manage the equipment with minimal training.
Suggested Operating Conditions
Temperature: Operates optimally between 5 - 45 °C. Temperatures outside this range may affect the membrane's performance and lifespan.
Maximum Operating Pressure: Can withstand up to 0.5 MPa. Exceeding this pressure might cause damage to the membrane or other components.
Inlet Water Turbidity: The turbidity of inlet water should be ≤ 50 NTU. High turbidity can lead to membrane fouling and decreased filtration efficiency.
pH Range: Functions well within a pH range of 2 - 12. Extreme pH values can potentially damage the membrane material.
Application
Drinking Water Purification: Ideal for households and small - scale commercial settings. It removes impurities that can affect the taste and safety of drinking water, providing clean and healthy water for daily consumption.
Food and Beverage Industry: Filters process water, ensuring product quality. For example, in the production of juices, it removes pulp and microorganisms, enhancing the clarity and shelf - life of the product.
Wastewater Treatment and Reuse: Treats secondary or tertiary treated wastewater, making it suitable for non - potable applications such as irrigation, industrial cooling, and toilet flushing. This helps in conserving water resources.
Groundwater and Surface Water Treatment: Effectively filters groundwater and surface water sources. It removes suspended solids and microorganisms, making the water suitable for various industrial and domestic uses.
Technical Data
Filtration Area: Varies according to the equipment model, with larger areas enabling higher - volume water treatment.
Nominal Filtration Precision: Usually around 0.03 micrometers, but this can vary by specific membrane and model.
Flow Rate: Measured in cubic meters per hour, and different models can handle flow rates from a few to dozens of cubic meters per hour, depending on their design and application requirements.
Membrane Material: Common materials include Polyvinylidene Fluoride (PVDF), Polyethersulfone (PES), etc. Each material has its own characteristics in terms of chemical resistance, mechanical strength, and filtration performance.
Drawing
Other models
Model | Flow rate (m³/hr) | Raw water Pump | Sand filter size (mm) | Carbon filter size (mm) | Anti-scale dosing system | Security filter | High pressure pump | Ultrafiltration system (Membrane pn&qty) |
|---|
| LFUF-1 | 1 | CHL2-30G (0.37KW) | 250*1350 | 250*1350 | 30L | 3*20’’ | / (0.37KW) | 2*AQU90 membrane |
| LFUF-2 | 2 | CHL2-40 (0.55KW) | 300*1300 | 300*1300 | 30L | 3*20’’ | / (0.55KW) | 4*AQU90 membrane |
| LFUF-3 | 3 | CHL4-30 (0.75KW) | 350*1625 | 350*1625 | 30L | 5*20’’ | / (0.75KW) | 6*AQU90 membrane |
| LFUF-4 | 4 | CHL4-40 (0.75KW) | 400*1625 | 400*1625 | 50L | 5*20’’ | / (0.75KW) | 8*AQU90 membrane |
| LFUF-5 | 5 | CHL4-40 (0.75KW) | 460*1625 | 460*1625 | 50L | 3*40’’ | CHL4-40 (0.75KW) | 10*AQU90 membrane |
| LFUF-6 | 6 | CHL8-20 (1.1KW) | 600*1800 | 600*1800 | 100L | 3*40’’ | CHL8-20 (1.1KW) | 3*AQU200 membrane |
| LFUF-8 | 8 | CHL8-30 (1.1KW) | 600*1800 | 600*1800 | 100L | 7*40’’ | CHL8-30 (1.1KW) | 4*AQU200 membrane |
| LFUF-10 | 10 | CHL12-30 (1.5KW) | 750*1900 | 750*1900 | 200L | 7*40’’ | CHL8-40 (1.5KW) | 5*AQU200 membrane |
| LFUF-12 | 12 | CHL12-30 (1.8KW) | 900*1900 | 900*1900 | 200L | 7*40’’ | CHL12-30 (1.8KW) | 6*AQU200 membrane |
| LFUF-14 | 14 | CHL12-40 (2.4KW) | 900*1900 | 900*1900 | 200L | 12*40’’ | CHL12-40 (2.4KW) | 7*AQU200 membrane |
| LFUF-15 | 15 | CHL12-40 (2.4KW) | 1000*1900 | 900*1900 | 200L | 12*40’’ | CHL12-40 (2.4KW) | 8*AQU200 membrane |
| LFUF-18 | 18 | CHL16-30 (3.0KW) | 1000*2200 | 1000*2200 | 200L | 15*40’’ | CHL16-30 (3.0KW) | 9*AQU200 membrane |
| LFUF-20 | 20 | CHL20-30 (4KW) | 1200*2200 | 1200*2200 | 200L | 15*40’’ | CHL20-30 (4KW) | 10*AQU200 membrane |
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