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Tebuconazole Specialty
Jul 31, 2017

For the multi-level multi-level characteristics of waste water, Tebuconazole organic matter in wastewater is more toxic to microorganisms, and some of the sewage salt content is high. The process is envisioned by qualitative treatment, high salt water desalination, Tebuconazole desalination and low salt wastewater mixed catalytic oxidation and other physical and chemical oxidation treatment, and strive to destroy the molecular structure of organic matter to improve B / C quality, and then use A / O biochemical treatment rear Pipe network.

The use of sub-centralized approach, Tebuconazole the implementation of the first materialization, post-biochemical processing technology. High salt wastewater in the high salt, Tebuconazole so first with coagulation reaction and candle filter to remove part of the water suspended solids, salt, etc., and then into the three-effect evaporator to remove salt and some of the pollution factors, reduce the effluent COD, To meet the requirements of biochemical; Tebuconazole three-effect concentrated liquid extracted by the centrifuge crystallization, the use of the factory arrangements or Sinotrans, three-way effluent into the regulating pool, centrifuge water back to the high salt wastewater collection pool.

Regulating pool pooled with a variety of low salt water, Tebuconazole water containing a small amount of alcohol, ketones, oil slick, emulsified oil, inorganic salts, SS and other pollutants. Although the water is not high salinity, but the use of biochemical treatment is still difficult to achieve good results, so the need for physical and chemical pretreatment. First with Fenton method and ultraviolet combined oxidation process, adding the right amount of hydrogen peroxide and ferrous sulfate agent, with UV, the implementation of strong oxidation, destruction of water in the organic structure, improve the biodegradability of water, Tebuconazole and then into the coagulation sedimentation tank to remove water SS and Fenton produced suspended solids, when the water quality basically meet the biochemical requirements, Tebuconazole you can enter the mixing pool, with the ground rinse water, domestic sewage.

After mixing the water into the oxidation tower, in the tower with chlorine dioxide oxidation, Tebuconazole removal of organic biological toxicity, and then through the joint flocculation reaction tank reaction, and then use the traditional A / O method for biochemical treatment, Tebuconazole where the use of multi-level A / O to improve the effect of biochemical treatment; in the end of biochemical treatment using activated carbon filter to ensure water quality.

Sludge treatment process: the physical and chemical coagulation sedimentation and biochemical hydrolysis of the pool and the secondary sedimentation tank to produce the remaining sludge sludge into the sludge pool, Tebuconazole sludge pump to the frame filter press filter , Mud cake Sinotrans, Tebuconazole concentrated pool supernatant and filter press water are returned to the regulation pool.

Tebuconazole is a triazole fungicide developed by Bayer with an inhalation protection and eradication activity. Is a highly efficient, broad-spectrum, within the suction triazole pesticide fungicide, with protection, treatment, eradication of the three major functions, sterilization spectrum wide, long lasting. Tebuconazole Do not pollute the fruit surface of the water-based formulations, a strong internal absorption and up and down conductivity, can be used to control apple spots leaves, brown spot, powdery mildew. Rot disease, Tebuconazole pear scab, grape white rot and other fungal diseases, is the production of high quality export fruit of choice for fungicides.

From the mode of action, tebuconazole on the bacteria showed antibacterial effect on the plant is the performance of the treatment. From the mechanism of action, Tebuconazole mainly on the pathogenic fungi ergosterol biosynthesis inhibition. Can be quickly absorbed by the site where the plant has growth force and is mainly transferred to the top. Not only has bactericidal activity, but also can promote crop growth, so that the root system developed, thick green leaves, plant robust, effective tiller increased, Tebuconazole thereby increasing production.

It can control the diseases caused by powdery mildew, Sabina vulgaris, Corydalis, Tebuconazole Nucleocapsid and Shell-shaped bacteria such as wheat powdery mildew, wheat sheath blight, wheat snow rot, wheat total disease, banana leaf spot Disease, soybean rust, apple spotted leaf disease, pear scab and gray grape mold.