Next-Gen Water Treatment
with Electrocoagulation
An electricity-based, high-efficiency and sustainable water treatment technology that eliminates chemical dependency.
Why Traditional Treatment Falls Short?
Conventional chemical and biological systems have serious economic and environmental disadvantages.
High Chemical Dependency
Chemicals like PAC, FeCl₃ and polymers are used continuously at high doses.
Excessive Sludge Production
Difficult to dispose of, toxic and costly sludge is generated.
High Operating Costs
Unpredictable and variable OPEX tied to chemical consumption.
Limited Water Recovery
Chemical residues make recycling difficult.
How Does Electrocoagulation Work?
A three-step process that instantly separates contaminants using electric current.
Electrification
Electric current passes through metal electrodes (Fe/Al) and the electrochemical reaction begins.
Ion Release
Electrodes release metal ions into the water, forming reactive flocs.
Coagulation & Separation
Contaminants are neutralized, clustered and easily separated.
Fast, high-efficiency treatment in a single step
Industrial-grade water quality in minutes
Darbeli DC Dalga Formu
Optimize edilmiş frekans & genlik
Advanced Pulsed DC
Technology
With advanced Pulsed DC technology, energy goes directly to the reaction, electrode fouling is prevented and ion mobility increases.
Higher Efficiency
Energy goes directly to the reaction, losses are minimized.
More Stable Operation
Electrode fouling and gas clogging are prevented.
Faster Reaction
Ion mobility and mass transfer are increased.
Key Benefits of EC Technology
Offers superior operational and environmental advantages over conventional treatment systems.
Meets Discharge Requirements
Reduces Sludge Volume
Eliminates Chemical Treatment
Eliminates Biological Treatment
Recovers Water at Higher Rates Than Chemical Treatment
No Toxic Waste Generated
Electrocoagulation Technology Applications
Wide application range from industrial and municipal wastewater treatment to drinking water pretreatment.
Contaminant Removal Performance
Proven removal rates of electrocoagulation technology across different contaminants.
Öncelikli Kirleticiler
Yüksek ÖncelikAskıda Katı Madde (TSS)
Fosfat (PO₄)
Florür (F⁻)
Arsenik (As)
Silika (SiO₂)
Reactive Dyes
Fats, Oil & Grease (FOG)
PFAS / PFOA / PFOS (Forever Chemicals)
Ağır Metaller
9 kirleticiCadmium (Cd)
99,9%Copper (Cu)
99,9%Zinc (Zn)
99,9%Lead (Pb)
99,9%Vanadium (V)
99,9%Nickel (Ni)
99,9%Mercury (Hg)
99,9%Chromium (Cr)
99,9%Gold (Au)
99,9%Metaller
6 kirleticiKalsiyum (Ca)
99,9%Magnezyum (Mg)
99,9%Demir (Fe)
99,9%Alüminyum (Al)
99,9%Mangan (Mn)
99,9%Silisyum (Si)
99,9%Bakteriler & Virüsler
9 kirleticiFecal Coliform Bacteria
99,9%Enterococci Bacteria
99,9%Planktothrix (Neurotoxic Cyanobacteria)
99,9%Phage Viruses
99,9%E. coli Phage
99,9%Phage Viruses
99,9%B. subtilis Phage
99,9%PMMoV (Pepper Mild Mottle Virus)
99,9%HPyV (Human Polyomavirus)
99,9%Pestisitler
7 kirleticiAldrin (Pesticide)
99,9%Chlorpyriphos (Pesticide)
99,9%Cypermethrin (Pesticide)
99,9%DDT (Pesticide)
99,9%Diazinon (Pesticide)
99,9%Lindane (Pesticide)
99,9%Propetamphos (Pesticide)
99,9%Hidrokarbonlar
8 kirleticiBenzene
99,9%Ethyl Benzene
99,9%MP-Xylene
99,9%MTBE
99,9%O-Xylene
99,9%PCB (Polychlorinated Biphenyls)
99,9%Petroleum Hydrocarbons
99,9%Toluene
99,9%Radyoizotoplar & Diğer
6 kirleticiAmericium-241
99,9%Plutonium-239
99,9%Radium
99,9%Uranium
99,9%Cyanide (Free)
99,9%BOD (Biochemical Oxygen Demand)
99%* Removal rates may vary depending on water quality, contaminant concentration and system parameters.
Find a Solution for Your Project
Contact our expert team for your water treatment and recovery needs.
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