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Why Electrochemical Oxidation is Efficient in Effluents Treatment? Electrochemical technologies, providing versatility, energy efficiency, amenability to automation, environmental compatibility, and cost efficiency have reached a promising stage of development and can now be effectively used for the destruction of toxic or biorefractory organics of effluents. Advanced oxidation processes have been employed for treating industrial and domestic effluents. The electrochemical method offers two options for the treatment of these eff

Iridium Tantalum Coating Titanium Anodes are Used for Antibiotic Wastewater Treatment The accumulation of antibiotics can easily cause serious environmental problems. Antibiotic wastewater in sewage treatment plants should be treated before discharge. Conventional techniques like biological, physical, and chemical methods have poor efficiency for the removal of antibiotics. As an emerging water treatment technology, electrochemical advanced oxidation technology has been increasingly studied due to its wide applicability and high

Why Titanium Anode is an Excellent Choice for Electrochemical Water Treatment System? Electrochemical water treatment systems utilize electricity to induce the removal of dissolved contaminants in the water. Positively charged contaminants such as calcium, magnesium, sodium, lead, and uranium are called cations. Negatively charged contaminants such as chlorides, nitrates, nitrites, sulfates, and fluorides, are called anions. The introduction of a negatively charged electrode, or cathode, into the water will cause positively charged

Why Electrochemical Disinfection is the Best Solution for Swimming Pool Water Treatment? Swimming pool users are a source of various contaminants and microorganisms coming from the skin, genitals, feet, armpits, or fecal accidents. Conventional chlorine-based reagents treatment is commonly used to disinfect water. However, this disinfection treatment can present various inconveniences such as the formation of carcinogenic byproducts. Other techniques such as ozonation, ultraviolet treatment, filtration, etc., are expensive or le