Working description:
With the presence of a surface catalyst, high effective the catalytic oxidation tower uses of strong oxidizing agents - chlorine dioxide, under atmospheric pressure at room temperature catalytic, shall carries out the oxidation of organic pollutants in wastewater, or direct oxidation of organic pollutants, or contaminants oxidation of organic molecules into small molecules of organic pollution objects, to improve biodegradability of the wastewater for a better way to remove organic pollutants. During the degradation of COD in the process , organic molecules in the double bonds of chromophores such as azo, nitro, sulfide, hydroxyl, imino carbon and so on inside organic molecules shall be interrupted in order to achieve the purpose of decolorization, while make wastewater easy to biodegrade once effectively improve the BOD / COD value. In this way, chlorine dioxide catalytic oxidation reaction by chlorine- dioxide take a role as bridge between the conventional physical pre-treatment and bio-chemical treatment for wastewater with a high concentration, high toxicity, high-salinity. Efficient surface catalyst (a variety of rare class) with activated carbon as a carrier, shall go through multiple impregnation and heat treatment.
Titanium Disc Aerator is a device used in water treatment. It is commonly employed to increase the dissolved oxygen and stimulate microbial growth during the wastewater treatment process. This type of diffuser utilizes disc-shaped components made from titanium alloy, known for its excellent corrosion resistance and high strength, making it suitable for harsh wastewater treatment environments. Parameters Material: GR1 titanium powder Pore size: 20um Diameter: �?150mm Connection: Thread interface Technique: Sintering and Welded (no adhesives) Features Material Stability: High porosity, broad aeration range, high-temperature resistance, acid and alkali resistance, oxidation resistance, and no pore blockage. Excellent chemical stability and resistance to acid-base corrosion. High Operational Efficiency: Low aeration resistance, large gas-liquid interface area, uniform bubble diffusion without pore blockage. Reduces energy consumption by 40% compared to conventional aeration methods, nearly doubling the wastewater treatment capacity. Wide Range of Applications: Primarily used in wastewater treatment, textile dyeing industry, food processing, spray towers, industrial wastewater, purification towers, etc. â?? Reliable Performance: Strong resistance to microbial attack, good airtightness, compact structure, less prone to damage, suitable for harsh operating conditions. Applications The aerator is a crucially important equipment widely utilized in the field of water treatment. It plays a significant role in sewage treatment, purification of drinking water, industrial production, and other areas. By injecting air into water, the aerator provides oxygen for microbial activities, facilitating the process of biological degradation. This process effectively removes pollutants such as organic substances and ammonia nitrogen from wastewater. Firstly, aerators play a crucial role in sewage treatment. In conventional sewage treatment processes, aerators are commonly used in activated sludge and extended aeration activated sludge methods. By injecting a large amount of oxygen into wastewater, aerators facilitate microbial decomposition of organic compounds and oxidation of ammonia nitrogen, meeting water quality treatment requirements. Secondly, aerators also play a significant role in drinking water purification. In the treatment of drinking water, aerators are often used in combination with processes such as coagulation and sedimentation. By infusing oxygen into water, aerators provide sufficient oxygen supply for microbial degradation in the water purification process. This biological degradation effectively removes pollutants such as organic substances, odorous compounds, and heavy metals, improving the quality and taste of water.
