Electrochemistry System

High-voltage pulse electrocoagulation equipment is the latest generation of electrochemical water treatment system in the world. This technology breaks through the traditional low-voltage and high-current electrolysis method, adapts the high-voltage and low-current (high-voltage pulse electrocoagulation method – HVES) electrolysis method. Using the principle of the electrochemistry, and electrochemical reaction is generated by applying a high voltage to convert electrical energy into chemical energy, and in a specific tank, the organic or inorganic pollutants in the wastewater are oxidized and reduced, and then condensed and floated. Separation of pollutants from water can effectively remove heavy metals such as Cr6+, Zn2+, Ni2+, Cu2+, and Cd2+ from wastewater, CN, oil, phosphate, and various harmful pollutants such as COD, SS, and color.

Description

Technical Data

SpecificationEC-005EC-010EC-020EC-050EC-100EC-200EC-300EC-400EC-500
Treating Capacity (m3/hr)0.51251020304050
Power Consumption (KW)3361520306080100
External Dimensions (mm)L100010001500340038004200420060008000
W6506501500150015002200220022002200
H130015001650260029002900320032003200
Electrode Weight (tons)0.30.651.251.93.25.58.511.515
Empty Weight (tons)0.30.40.51.92.32.83.33.54
Operation Weight (tons)0.81.537.812.518.823.83142

Features

  • High automation
  • Wide range application
  • Pollution-free accumulation
  • Small quality of sludge
  • Less footprint
  • The high pollutant removal rate

Work Process

  • 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 by oxidizing pigmentation
  • Deodorization – no enrichment of the essential components such as bacteria and algae growth of SO42-, CI-, NO3-, PO43-, and C in water to make the water Eutrophication.

  1. Wastewater type: Coking copper wastewater, nickel wastewater, depleting wastewater, chromium wastewater, etc.
  2. Capacity: 1200m3 per day
  3. PH 0.5 ~ 2
SpecificationCODCu2+Ni2+Cr6+PH
Inlet (mg/L)34811.682.3168.321.3
Outlet (mg/L)66.180.230.220.069Alkalescence
Removal (%)80.9898.0299.7399.95
Standard (mg/L)800.50.50.5