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How Dimensional Stable Anode(DSA) Used in Tannery Waste Advanced Oxidation Processes(AOPs)? Discharged tannery waste contains high concentrations of pollutants, solid wastes, and toxic gases which affect the surrounding environment.Advanced oxidation processes (AOPs) are known for the decomposition of organic compounds by the free hydroxyl radicals, due to their high oxidation potential and mineralization of almost any organic molecule in wastewater, to produce CO2 and inorganic ions in the output product. Among the AOPs, electroch

Why Dimensionally Stable Anodes (DSA) are Effective in Dyes Wastewater Treatment? Dyes wastewater contains a large number of dye pigments, these synthetic organic dyes contain toxic material. Their high chemical oxygen demand (COD) levels in wastewater create serious problems in the environment. Conventional methods for dye wastewater treatment include physicochemical, electro-coagulation, and biological treatment. Electrochemical processes considered a very effective method for the removal of synthetic organic dyes from wastewater

How Dimensionally Stable Anodes(DSA) Performed in Phenol Degradation? Aqueous wastes containing aromatic compounds are recalcitrant and toxic towards the microorganism in conventional biological treatment reactions. Alternatives have been introduced for the destruction of toxic organic waste, including supercritical water oxidation, photochemical degradation, peroxide/UV, ozone oxidation, etc. Electrochemical degradation (ECD) is another alternative to the degradation method, which is suitable for low-volume application and environ

How Ruthenium Oxide Titanium Anode Performs in Electrochemical Oxidation Paper Wastewater? Wastewater from the paper industry presents an environmental pollution problem because the high quantity of water used in the process results in large amounts of wastewater with a high organic load. A variety of studies have examined treatments based on biological processes (aerobic, anaerobic, algal) or physicochemical approaches (coagulation–flocculation, ozonation, photocatalysis, electrochemistry). The electrochemical oxidation o