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Tebuconazole Characteristics Of The Species
May 31, 2017

Tebuconazole According to the characteristics of many kinds of wastewater, organic matter in wastewater is more toxic to microorganism, and some of them have high salt content. The process envisages the use of the method of quality treatment, desalination of high salt water, the mixture of desalination and low salt water to catalyze oxidation, and strive to destroy the molecular structure of organics to improve/quality, and then use/method biochemical treatment of back-row network.

Adopt the method of qualitative concentration, implement first materialization, epigenetic processing craft. Salt in high salinity wastewater is very high, so first of all, Tebuconazole using coagulation reaction and candle filter to remove some of the suspended solids and salts in water, and then enter the three-effect evaporator to remove the salt and some of the pollution factors, reduce cod, meet biochemical requirements; three-effect condensed liquid after centrifugal machine extraction crystallization, by the factory arrangement or Sinotrans, three-effect effluent into the regulating pool, centrifuge water back to the high salt wastewater collection tank.

The regulation pool has all kinds of low salt water, which contains a small amount of alcohols, ketones, oil slicks, emulsified oils, inorganic salts and SS. Tebuconazole Although the salt in water is not high, it is still difficult to achieve good results by biochemical treatment, so it needs to be materialized pretreatment. First, the combined oxidation process of Fenton and ultraviolet rays, adding the appropriate amount of hydrogen peroxide and ferrous sulfate, combined with ultraviolet rays, to perform strong oxidation destroy the structure of organic matter in water, improve the biodegradability of water, then enter the coagulation sedimentation tank to remove the SS and Fenton from the water, at this time, the water quality is basically meet the biochemical requirements, can enter the mixing pool, with the ground washing water, domestic sewage.

The water enters the oxidation tower first, in the tower with chlorine dioxide oxidation, remove the biological toxicity of organic matter, and then through the combination of flocculation reaction trough reaction, and then use the traditional/method for biochemical treatment, Tebuconazole here using multi-stage/To improve the biochemical treatment effect; At the end of biochemical treatment, the use of activated carbon filter to ensure water quality.

Sludge treatment process: the sediment produced by materialized coagulation sedimentation and the residual sludge produced by the biochemical medium hydrolysis tank and two sedimentation ponds are all penetrated into the sludge concentration tank, sludge pump to the plate frame filter press filter, mud cake sinotrans, concentration tank supernatant and pressure filter machine effluent are back into the regulating pool.

Amyl alcohol is a highly effective, broad-spectrum, internal-suction triazole pesticide, with the protection, treatment, eradication of three major functions, sterilization spectrum wide, long duration of validity. Qingdao's vast group of experts and New Zealand technical experts found that, as with all triazole fungicides, amyl alcohol can inhibit the biosynthesis of fungal ergosterol.

The whole world is used as seed treatment agent and foliar spray, the bactericidal spectrum is wide, not only the activity is high, but also the validity period is long. Tebuconazole It is mainly used in the prevention and treatment of various fungal diseases on crops such as wheat, rice, peanuts, vegetables, bananas, apples, pears and corn sorghum, and has been registered and widely used in more than more than 60 kinds of crops in more than more than 50 countries. This product is used to prevent and control the sclerotinia disease of rape, not only is good, but also has lodging resistance, the effect of increasing production is obvious, and so on, the mechanism of the pathogen is to inhibit the methylation of ergosterol on the cell membrane, so that the bacteria can not form the cell membrane and kill the germs. There are many studies on the synthesis of amyl alcohol, in which the preparation of amyl alcohol is made by the steps of formaldehyde, condensation, hydrogenation, epoxidation and reaction.