Electrical Flocculation System for Waste Water Treatment
Electrical Flocculation System Introduction
Electrochemical water treatment technology was first obtained in 1906 by Dr. Dictrich, a U.S. scientist. The company's research and development of electro-magnetic oxidation technology incorporated intelligent high-voltage pulsed electrochemical technology and linear magnetic chemical pulse (linear magnetic field) magnetic pulse technology. Electromagnetic oxidation technology is more advanced, stable, reliable, efficient, and energy-saving than electrochemical flocculation technology. It is a new generation of electromagnetic oxidation water treatment technology.
Electrical Flocculation System Fabricate Process
Electrical Flocculation System Work Process
Electrical Flocculation System Principle
Strong oxidation -----self-produced oxidants
Strong reduction ----- self-produced reducing agent
Flocculation -----Self-producing flocculant
Dissolved Air float ----- self-produced ultra-fine bubbles
Sterilization-----Oxygen and chlorine produced on the anode can oxidize organics
Decoloration-----Reduction on the cathode causes reduction of the oxidized pigment
Deodorization-----No enrichment of the essential components such as bacteria and algae growth of SO42-, Cl-, NO3-, PO43-, and C sources in water to make the water eutrophic
Electrical Flocculation System Features
1. Wide adaptability of power supply: 220V-480VAC range is available, power supply controller has no power phase sequence problem
2. Safe and convenient: embedded isolated voltage circuit to ensure electrical safety; a variety of abnormal indications and protection (phase loss, overload, overcurrent, overvoltage, zero voltage, etc.); control signal terminal block uses European detachable terminals, the control loop can be re-wired when replaced.
3. Automatic control: can automatically detect the ion state in the water to adjust the current, voltage
4. Energy saving: Fe(OH)2 and Fe(OH)3 are excellent coagulants. No need polymer is a major feature of this equipment. H and OH are also produced by the natural dissociation of water. There is no need for dynamic aeration to generate agglomerated organic and inorganic substances, SS, which occurs continuously in the vicinity of the plates, and the high SS can be smoothly removed.
Electrical Flocculation System Work Site for Reference
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