1000LPH Automatic Ultrafiltration Water Treatment System UF Water Purifier

1000LPH Automatic Ultrafiltration Water Treatment System UF Water Purifier
 
Definition of Ultrafiltration Water Treatment System
 
In the process of ultrafiltration water treatment system, aqueous solution flows through the membrane surface under pressure, and the solvent (water) and small molecule solute permeable membrane smaller than the membrane hole become purification liquid (filtration liquid). Solute and solute group larger than the membrane hole are retained and discharged with water flow to become concentrated liquid. The ultrafiltration process is dynamic filtration and the separation is done in flow state. The solute deposits only on the surface of the membrane, and the ultrafiltration rate attenuates to a certain extent and tends to equilibrium, which can be recovered by cleaning.
 
About ultrafiltration membrane:
 
Commonly used membranes are usually made of acetic acid fibers or nitric acid fibers or a mixture of both. In order to meet the needs of sterilization in pharmaceutical and food industry, non-fibrous anisotropic membranes such as polysulfone, polysulfone amide and polyacrylonitrile have been developed recently. The membrane is stable at pH 1 ~ 14 and can work normally at 90℃. The basic performance indexes of ultrafiltration membrane are as follows: water flux [CM3 /(cm2? H)]; Rejection rate (expressed as percentage %); Chemical and physical stability (including mechanical strength).
 
Technical specifications of Ultrafiltration Water Treatment System
 

  
Process flow of Ultrafiltration Water Treatment System
 
Raw water → original water tank (supplied by the buyer)→ raw water pump → disc filter → activated carbon filter →5μm security filter → ultrafiltration device → pure water tank (supplied by the buyer)→ water supply point

 
 
Characteristics of Ultrafiltration Water Treatment System
 
1.Ultra-filtration membrane elements are the world's highest quality organic membrane elements, it can achieve retention performance and membrane throughput.
2.The system has a high recovery rate with excellent product performance, which can achieve efficient separation, purification and high-fold concentration.
3.The treatment process has no phase change, no adverse effect on the constituents of the material, and the separation, purification and concentration process is always at room temperature, especially suitable for the treatment of heat-sensitive substances, completely avoiding the disadvantage of high temperature on the destruction of bio-active substances, effectively retaining the bio-active substances and nutrients in the original material system.
4.The system has low energy consumption, short production lead time, and low operating cost compared with traditional equipment, which can effectively reduce production cost and improve efficiency.
5.The system has advanced design, high degree of integration, small size with compact structure, easy operation and maintenance,low labor intensity,
6.The control system can be customized according to user's requirements, combined with advanced control software, on-site monitoring of key process operating features, to avoid manual mishandling, multi-faceted to ensure long-term stable operation of the system.
 
Direction of electrical control system:
1 PLC(programmable logic controller): according to the need to design the program.
Air switch: protect electrical system
3 automatic controller, RO film can automatically wash.
 

 

 

FAQ:
 

1. What are the types of ultrafiltration membranes?

Hollow fiber ultrafiltration membrane, electrophoretic paint ultrafiltration membrane, curtain MBR membrane, plate MBR membrane, tube ultrafiltration membrane

2. What is the operation mode of ultrafiltration membrane?

Operation mode: internal pressure type, external pressure type

3. What is the shell material of the ultrafiltration membrane?

Shell material: ABS, PVC, PMMA, stainless steel