Electrocoagulation (EC) is a technique for applying direct current to sacrificial electrodes that are submerged in an aqueous solution. [More]

    Electro Coagulation Process: Waste water to be treated is passed through the electrolytic reactor with electrodes and was subjected to coagulation and flotation by generating the ions forms the electrodes. These ions floating on the surface of wastewater after being captured by hydrogen gas bubbles are generated at cathode surfaces. Electro Oxidation: Electrochemical oxidation is based on the application of an electric current or a potential difference between two electrodes (anode and cathode), with which hydroxyl radicals or other oxidizing species can be generated, depending on the anode material used and the type of electrolyte of support used.

All kind of influents are treated with an advanced technology of electrolysis method. In this method, Electro Coagulation, Electro Oxidation and Electro Chlorination are taking place. The Electro Coagulation is always precipitate the influent and separte the suspended solids and then feeed to Oxidation reactor. [More]

Electrodes are different types with different substrate available. The same are sacrificial for Electro Coagulation and Non sacrificial for Electro Oxidation Application. [More]

Electrodes are different types with different substrate available. The same are sacrificial for Electro Coagulation and Non sacrificial for Electro Oxidation Application. [More]

detailed experimental data are provided from a batch reactor system removing suspended solids together with a mathematical analysis based on the 'white water' model for the dissolved air flotation process. Current density is identified as the key operational parameter influencing which pollutant removal mechanism dominates. The conclusion is drawn that electrocoagulation has a future as a decentralised water treatment technology [More]

detailed experimental data are provided from a batch reactor system removing suspended solids together with a mathematical analysis based on the 'white water' model for the dissolved air flotation process. Current density is identified as the key operational parameter influencing which pollutant removal mechanism dominates. The conclusion is drawn that electrocoagulation has a future as a decentralised water treatment technology [More]