ELECTRIC COAGULATION SYSTEM (EC-MODULE)

ELECTRIC COAGULATION SYSTEM​

Detailed Instructions of TEP Mechanism

ec-module_tran3

The activity of hydroxide generated by TEP processing method is higher than activity of reagent method also the condensing adsorption ability is stronger and owned better treatment effect.

TEP can achieve the recycle water quality standard that the chemical treatment method is difficult to achieve.

The ferrous ion dissociated from soluble metal plate at the anode will take chemistry action with ion in aqueous solution then generates iron hydroxide precipitation. The equation is as follows

Fe²⁺+2OH−→Fe(OH)₂
4Fe(OH)₂ +O₂+2H₂O→4Fe(OH)₃

Cathodic reduction reaction generate hydrogen molecules with divalent and trivalent iron precipitation. The equation is as follows

2H⁺+2e →2H → H₂

This kind of new ecological hydrogen [H] has strong reducing ability it can make hexavalent chromium reduction into trivalent chromium and then form chormium hydroxide precipitation to remove

Cr₂O₇²ˉ+6Fe²⁺+14H⁺→ 2Cr³⁺+ 6Fe³⁺+7H₂O
Cr₂O₄²ˉ+3Fe²⁺+8H⁺→ Cr³⁺+ 3Fe³⁺+4H₂O
Cr³⁺+3OH −→Cr(OH)₃ ↓
Fe³⁺+3OH−→Fe(OH)₃↓

The metal plates will become soluble in water in ionic state while taking electrochemical process. In this process the metal has large consumption of H+ and then OH- will increase gradually increasingly the solution will become alkaline electrolyte (pH:7-9). Lastly generate stable hydroxide precipitation.

Cr³⁺+3OH ˉ →Cr(OH)₃ ↓
Cu²⁺+2OH ˉ →Cu(OH)₂ ↓
Ni²⁺+2OH ˉ →Ni(OH)₂ ↓

Fe2+ that generated from iron plate in electrochemical action will be oxidized to Fe3+ and also take precipitation reaction with phosphatr. Moreover it can take reaction with other metal forming coprecipitation to reach better phosphorus removal effect.

Fe2+ that generated from iron plate in electrochemical action will be oxidized to Fe3+ and also take precipitation reaction with phosphatr. Moreover it can take reaction with other metal forming coprecipitation to reach better phosphorus removal effect.

Fe³⁺+PO4³ˉ →FePO↓

The oxygen generated by anode ionization reaction has strong oxidation effect. It can oxidize organic matter to become harmless ingredients. And in the high frequency electri field enviroment the oxygen can take reaction

 

Typical Process

In the practical wastewater treatment and recycling process system in view of different
water conditions and different technological requirements TEP can be used as a core technique or as an auxiliary technology.

Ttypical process EC-MODULE

Process Comparison

electric flocculation system ตาราง EC-MODULE

Application Scope

Processing technology for TEP has unique advantages determines its wide application range especially
the waste water that traditional physicochemical and biochemical technology is unable to

ตารางในcatalog

TECHNICAL PERFORMANCE

t1 e1605002015978 EC-MODULE

TECHNICAL ADVANTAGES

t2 EC-MODULE

TMF SYSTEM FEATURES

t3 EC-MODULE

Schematic Diagram

schematic diagram_pic

TECHNICAL ADVANTAGES

The system equipment runs smoothly and the water quality is stable.  At the same time, it overcomes the instability of the treatment quality caused by the changes of the pharmaceutical manufacturer, the change of the quality of the medicament, the change of the ratio of the medicament, the change of the dosage of the medicament and the change of the water quality of the incoming water

The investment aspect is basically the same as the traditional dosing process, but the operating cost is only 1/10 of the traditional dosing process: direct power supply by AC (industrial power 220v / 380V can be directly supplied), low power consumption (handling1m the waste water consumption is1-3 kw/h depending on the water quality. The cost of comprehensive treatment to tap water quality is only 1 / 5-1 / 3 of chemical and other treatment methods.

The continuous high-frequency pulsed ionization membrane treatment method also produces 40% less contamination than the traditional medicinal treatment process in the north, thus greatly reducing the disposal cost of the sludge

Low speculative cost, wide range of use, small footprint.

The speculative 9 continuous high-frequency pulse ionization membrane treatment method produces higher hydroxide than the Condln method, and has strong cohesive adsorption capacity and good treatment effect (chemical treatment is difficult to achieve); during the processing of the system, the anode the generated oxygen and chlorine can convert the organic matter into an innocuous component and play a bactericidal action the reduction occurring on the cathode reduces the oxidized pigment to a colorless substance.

Chang can get the best treatment effect by adjusting the plate combination, voltage intensity, current density, pH value, conductivity, etc.

Fully automatic control with logic control system, easy to operate

It can last up to 10 years under normal and correct use.

Electroplating Wastewater Treatment Process and Description

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