This product can be added directly, or the dissolved tank is added first, the concentration is 10 to 20%, stirred, and the pump is added to the reaction tank. This product has a wide range of pH, which is more effective under acidic conditions, which is about 100 ~ 1000ppm (ie 0.1 ~ 1 kg / ton wastewater), which is different depending on the amount of phosphate in wastewater. The specific amount is generally determined by experiments
| Model NO. |
Polyferric sulFate 21% |
Color |
Yellow |
|
Appearance
|
Powder |
Type
|
Sewage Treatment Chemicals |
| Payment |
Negotiable |
Transport Package |
25kg Bags |
| Specification |
21% |
Trademark |
Henghao Environmental Protection |
| Origin |
China |
HS Code |
28273200 |
| Production Capacity |
3000mt Monthly |
|
|
Features of polyferric sulfate: Polyferric sulfate is divided into solid and liquid, the liquid is a reddish-brown viscous liquid; the solid is a red or light yellow granular substance that is easily soluble in water. Its main feature is that a large number of polynuclear complexes such as [Fe4(H2O)6], [Fe2(H2O)6], [Fe(OH)2] are produced after the hydrolysis of polymerized ferric sulfate. It can make the colloidal particles in the water agglomerate together. At the same time, a series of physical and chemical changes occurred, which made them have strong electrical neutralization ability, thereby reducing the potential of the micelles, breaking the stability of the micelles, and promoting the rapid aggregation and precipitation of the micelles; Due to the low alkalinity degree of polyferric sulfate (10%-13%), compared with polyaluminum chloride, polyaluminum has greater cohesion; the resulting flocs are larger and settle faster. In addition, the relative density is small, and the application effect is better in air flotation; the pH value is suitable for light (4-11), except for Mn, it has a good removal effect on other heavy metals; SS, COD, BOD, chromaticity and odor, etc. have good removal effect; with a certain amount of coagulant polyacrylamide precipitation effect is better; has demulsification function, so it has a certain effect on the removal of emulsified oil; simple to manufacture, low price of raw materials, easy to obtain, Corrosiveness is small; the dosage of chemicals is small, and the amount of sludge generated is smaller than that of other chemicals.
Method 1: The raw materials are ferrous sulfate, sulfuric acid and catalyst. Different manufacturing processes can be formed using different catalysts. The process method is to concentrate the sulfuric acid washing solution, adjust the ratio of acid and ferrous iron, add a quantitative amount in a closed pressure vessel, and then introduce oxygen, and under constant temperature and constant stirring, the polymerized ferric sulfate is obtained through the reaction. .
Method 2: The raw materials are FeSO4 and waste H2SO4, the by-products of the titanium dioxide factory. The production process is to determine the content of iron in FeSO4·H2O, dehydrate it by passing hot air, and when it contains 1-2 crystals, pass cold air, and make it into an oxidizing material under the condition of oxidizing agent. At this time, the waste sulfuric acid and solidification After curing, the polyiron product has been formed. The production process is controlled SOi24-: Fe2+(mo1)=1.30:1.45
Method 3: the raw materials are concentrated sulfuric acid and ferrous sulfate; the preparation process is that the concentrated sulfuric acid is directly added to the ferrous sulfate, then an appropriate amount of catalyst MnO2 (or 30% dilute acid is added to the ferrous sulfate and then the catalyst NaNO2) is added, and the After entering the air for oxidation, hydrolysis and polymerization, the polymerized ferric sulfate is prepared.
This product can be added directly, or the dissolved tank is added first, the concentration is 10 to 20%, stirred, and the pump is added to the reaction tank. This product has a wide range of pH, which is more effective under acidic conditions, which is about 100 ~ 1000ppm (ie 0.1 ~ 1 kg / ton wastewater), which is different depending on the amount of phosphate in wastewater. The specific amount is generally determined by experiments.
Hello buyers,
Related products of our water treatment chemicals
Can make relevant customized products according to the water quality indicators;
1. The treatment of printing and dyeing wastewater can replace the traditional coagulants of low molecular weight iron salts and aluminum salts. Compared with the traditional coagulants, the amount of coagulants is large, the coagulation efficiency is low, and the residues such as aluminum ions are easy to cause secondary pollution. The dosage is about 150ppm, the dosage is small, the removal rate of COD and chroma is high, and the optimal pH value condition is: 8.0.
2. Electroplating sewage treatment, can be used as coagulant and breaker. The complex is mainly copper-ammonia complex, which is stable in nature, pH=11, and is difficult to directly precipitate with alkali, polyaluminum and other coagulants. It can also be used for reuse of reclaimed water.
3. Papermaking wastewater treatment, instead of polyaluminum chloride, aluminum sulfate, etc., can be used as a coagulant, and can also be used for papermaking sludge dewatering. polymer), only polyaluminum chloride can be used.
Flocculation technology is widely used in the treatment of oily wastewater due to its strong adaptability, the ability to remove emulsified oil and dissolved oil, and some complex macromolecular organic compounds that are difficult to biochemically degrade. Commonly used flocculants are mainly inorganic flocculants, organic flocculants and composite flocculants.
Among the inorganic macromolecule flocculants, polyaluminum chloride, polyferric sulfate and other lower molecular weight inorganic flocculants have good treatment effect, low price, low dosage, high efficiency and are widely used.
A certain amount of raw water is taken to add an appropriate amount of this product (such as 500 ppm) to adjust the pH of the wastewater to 7 to 8, and a small amount of polyacrylamide PAM flocculation precipitate is added, and the supernatant is filtered to determine the content of phosphorus. (To handle heavy metals, use the supernatant to carry out the secondary processing.)
New, high-quality, high-efficiency iron salt inorganic polymer flocculant, mainly used for excellent water purification effect, good water quality, no harmful substances such as aluminum, heavy metal ions, and no water transfer of iron ions, non-toxic, non-toxic Harmful, safe and reliable, it has remarkable effects such as turbidity removal, decolorization, degreasing, dehydration, sterilization, deodorization, algae removal, and removal of COD, BOD and heavy metal ions in water. It is also used for industrial wastewater treatment, such as printing and dyeing wastewater, etc. It is also widely used in foundry, papermaking, medicine, tanning, etc.
Compared with other inorganic flocculants, polyferric sulfate has the following characteristics:
1. New, high-quality, high-efficiency iron salt inorganic polymer flocculant;
2. Excellent coagulation performance, dense alum flowers, and fast settling speed;
3. Excellent water purification effect, good water quality, no harmful substances such as aluminum, heavy metal ions, and no water phase transfer of iron ions, non-toxic,
Harmless, safe and reliable;
4. The effects of removing turbidity, decolorization, degreasing, dehydration, sterilization, deodorization, algae removal, COD, BOD and heavy metal ions in water are remarkable;
5. The PH value of the water body is suitable for a wide range of 4-11, and the optimum PH value range is 6-9. The pH value and total alkalinity of the raw water after purification have small changes.
Less corrosive to processing equipment;
6. The purification treatment effect of micro-polluted, algae-containing, low-temperature and low-turbidity raw water is remarkable, and the purification effect of high-turbidity raw water is particularly good;
7. The dosage is small, the cost is low, and the processing cost can be saved by 20%-50%.
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