Route:

　　It is widely used in the purification of domestic water, industrial water, various industrial wastewater, urban sewage and sludge dewatering. It is most suitable for the flocculation purification of river heavy metal pollution, water plant water, steel plant coking wastewater, manganese industry wastewater, mining and metallurgy wastewater, circuit board wastewater, electroplating wastewater, urban sewage, etc.

　　Performance characteristics:

　　Compared with other inorganic flocculants, this product is a new type, high-quality and high-efficiency inorganic polymer ferric flocculant

　　1. Excellent coagulation performance, dense alum and fast settlement: complete settlement in 5-30 minutes, and faster settlement with auxiliary settlement facilities.

　　2. The effect of water purification is excellent. The effluent is of good quality, free of harmful substances such as aluminum, fluorine, nitrite and heavy metal ions, and free of water phase transfer of iron ions.

　　3. It is stable in performance and can be stored for a long time after dissolving without precipitation and deterioration.

　　4. It has significant decolorization, deodorization, dehydration, deoiling, sterilization, removal of heavy metal ions, ammonia nitrogen, nitrate nitrogen, silica sol, radioactive substances and carcinogens in water. The removal rate of COD, BOD and chromaticity is more than 90%.

　　5. It is non-toxic, harmless, safe and reliable. It can be used in a wide range of pH values (4-11), and the best pH value range is 6-9. After purification, the pH value and total alkalinity of raw water change little, and the corrosiveness to treatment equipment is small, and the hardness of water can be reduced.

　　6. The results show that the treatment effect is remarkable for micro polluted, algae containing, low temperature and low turbidity raw water, especially for high turbidity raw water.

　　7. It can save 20-60% of the treatment cost.

　　Advantages:

　　1, the use of "one-step" invention patent technology production, product oxidation polymerization is more complete, the quality is more stable and reliable than the spray drying method.

　　2, the product is dense, compared with the powder produced by spray drying, it is not easy to dust, it is safer for using operation, and the working environment is more hygienic.

　　3. It does not contain chloride ion and has lower corrosion to equipment;

　　4. No aluminum ion, no water phase transfer of reducing metal ions, no secondary pollution;

　　5. Good coagulation performance, up to 60% of reagent cost can be saved;

　　Usage and precautions:

　　Due to the different nature of raw water, it is necessary to conduct on-site commissioning or beaker test according to different conditions, so as to obtain the best use conditions and the best dosage to achieve the best treatment effect.

　　1. Before use, put the product into the alum dissolving tank according to a certain concentration (5-30%), inject tap water, stir to make it dissolve fully, stand till it is reddish brown liquid, then dilute it with water to the required concentration, and add coagulation.

　　2. According to the nature of raw water, the dosage can be determined by production debugging or beaker experiment, depending on the proper amount of alum formation. Other dosage used in water plant can be used as reference. Under the same conditions, the dosage of this product is about the same as that of solid polyaluminum chloride, which is 1 / 3-1 / 4 of that of solid aluminum sulfate. If the original product is liquid, it can be calculated according to the concentration of the corresponding reagent. It's about 1:3 by weight.

　　3. When in use, the prepared medicine liquid is pumped into the metering tank, and the medicine liquid is added through metering to coagulate with raw water.

　　4. Under normal circumstances, it is prepared and used on the same day. Tap water is needed for dispensing, and a little sediment is normal.

　　5. Pay attention to the hydraulic conditions and alum formation in the three stages of coagulation process.

　　Coagulation stage: it is a process in which the medicine liquid is injected into the coagulation tank and the raw water is quickly coagulated to form micro alum in a very short time. At this time, the water body becomes more turbid, which requires the water flow to produce intense turbulence. In the beaker experiment, it is better to stir rapidly (250-300 RPM) for 10-30s, generally not more than 2min.

　　Flocculation stage: it is the process of alum growing and coarsening, which requires appropriate turbulence degree and sufficient residence time (10-15min). In the later stage, a large amount of alum can be observed to gather and sink slowly, forming a clear surface layer. In the beaker experiment, the mixture was stirred at 150 rpm for about 6 minutes, and then stirred at 60 rpm for about 4 minutes until it was suspended.

　　Sedimentation stage: it is the flocculation sedimentation process in the sedimentation tank, which requires slow water flow. In order to improve the efficiency, inclined tube (plate) sedimentation tank is generally used (air flotation is the best method to separate the flocculation). A large number of coarse alum flowers are blocked by the inclined tube (plate) wall and deposited at the bottom of the tank. The upper water is clear water, and the remaining alum flowers with small particle size and small density are slowly falling on one side and falling on the other side It continued to collide with each other, and the turbidity remained unchanged in the later stage. In the beaker experiment, it is better to stir slowly for 5 minutes at 20-30 rpm, and then settle for 10 minutes to measure the residual turbidity.

　　6. Enhanced filtration is an important measure to improve water quality, which is mainly to select filter layer structure and filter aid reasonably to improve the removal rate of filter.

　　7. This product is used in the treatment of environmental protection and industrial wastewater. The use method is similar to that of water treatment plant. It has good effect in the treatment of raw water with high chroma, high COD and BOD, supplemented by additives.

　　8. For enterprises adopting chemical coagulation method, the original equipment does not need to be greatly improved, and the product can be used only by adding alum dissolving tank.

　　9. This product is easy to absorb moisture and agglomerate, but does not affect the performance.

　　10. This product must be dissolved before use. Corrosion resistant materials shall be used for dissolving equipment and dosing facilities.