PAFC Water Treatment Chemical
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- 6000 m.t./month
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Water treatment material Polyaluminium ferric chloride(PAFC)
Brief introduction:
Polyaluminium ferric chloride (PAFC) is made up of aluminum salt and iron salt coagulation hydrolyzing and become
a kind of inorganic polymer coagulants, based on the principle of synergies, join the elemental iron ion or three iron
oxide and other compounds containing iron composite is a new type of high efficient coagulant.
It combines merits for aluminum salt and iron salts of aluminum ion and iron ion form has improved significantly,
polymerization degree is greatly improved. Aluminum, iron coagulant respectively of the advantages of air flotation
operation, improve the concrete performance of polyaluminium chloride; For high and low temperature and low
turbidity water water purification treatment effect is particularly evident, needn’t add alkaline additives and other
coagulant aid.
performance:
1, fast hydrolysis and weak hydration. Dense alumem ustoum, sedimentation speed.Affected by the temperature
change is small, can meet the requirements of shear force in the process of flow.
2, solid product is brown, reddish brown powder, easily soluble in water.
3, which can effectively remove the aluminum ion in the raw water and remaining free aluminum ion in water after
aluminum salts coagulation.
4, wide applicable scope, drinking water, industrial water, water, sewage and industrial wastewater treatment, etc.
5, Less dose, treatment effect is good, cut down the cost of 10-20% than other coagulants.
6, using method and packaging purposes matters is essentially same as polyaluminium chloride.
features:
1, the dosage is far lower than the traditional flocculant,the water quality is good after purification.
2, the flocculation body is formed fast, precipitation is rapid, is bigger than traditional products processing capacity.
3, the alkalinity of the water consumption, less water lower PH.
technology classification:
1, drum-type poly aluminum chloride, general aluminum content, high water insolubles, used for sewage treatment.
2, frame type poly aluminum chloride has high aluminum content, low water insolubles, used in sewage treatment
and drinking.
3, spray drying, poly aluminum chloride has high aluminum content, low water insolubles , faster dissolve. used
for potable water and higher standards water treatment.
name of index | index | |
PAFC | ||
liquid | solid | |
relative density(20°C) ≥ | 1.19 |
|
PH value(1%aqueous solution) | 3.5-4.5 | 3.5-4.5 |
(AL2O3i)content% | 10.0 | 29 |
(Fe2O3)content% | 1-2 | 2-3 |
basicity,% | 60-95 | 60-95 |
water insoluble,% < | 0.3 | 1.0 |
(As)content,% ≤ | 0.0003 | 0.0006 |
(Mn)content,% ≤ | 0.045 | 0.01 |
(SO2-)content % | 3.5-9.6 | 3.5-10 |
purposes:
Polyaluminium ferric chloride has widely scope of application: used in drinking water, industrial water, sewage
and industrial wastewater treatment, polyaluminium ferric chloride has obvious effect with all kinds of industrial
water and drinking water purification treatment.
- Q: Nutritional characteristics of carbohydrates and inorganic salts in vegetables
- Inorganic salts are absorbed and utilized by crops in the soil. Carbohydrates are composed of carbon (C) and water (H20). Each person's body contains carbohydrates.
- Q: Organic chemistry extraction lab. If the KBr wasn&#39;t there I would just add HCl to protonate the NH2, but I&#39;m not sure if that will affect the KBr or the carbon chain. Both of these are in an aqueous phase.
- The amine will certainly coordinate to K+, but the interaction is not very strong and hydrogen bonding from water will compete efficiently. Also, if your amine is soluble in water, you are not going to be able to isolate it by turning it into the corresponding ammonium salt.
- Q: How can experiments prove that there are inorganic salts in the leaves of plants
- The experimental leaves used to dry, crushed into powder or sintered ash, and then the analysis of mineral elements, we can learn.
- Q: General identification method of inorganic salts
- Take the test solution, add thiocyanate solution solution, that is blood red. Fe3 + + NH4SCN → Fe (SCN) 2 + (blood red) Take the test solution, plus potassium ferrocyanide test solution, that is, white precipitate, separation, precipitation in dilute hydrochloric acid insoluble. 3Zn2 ++ 2K4 [Fe (CN) 6] → K2Zn [Fe (CN) 6] 2 ↓ (white) + 6K +
- Q: Does the plant roots absorb inorganic salt ions must be active
- Plants absorb inorganic salts and do not necessarily absorb water. Plants absorb moisture and absorb inorganic salts are two relatively independent processes. Plants absorb moisture through the infiltration of root cells to absorb water, the process is essentially free of water diffusion process, neither the carrier nor the need for energy; and plant absorption of inorganic salts is carried out by means of active transport, This process requires the carrier and consumes the energy generated by cell metabolism. Of course, plant water absorption and absorption of inorganic salts are a certain association, inorganic salts to be dissolved in water to be absorbed, and inorganic salt ions in the transport of plants can not be separated from water.
- Q: How to extract inorganic salts in soil?
- Find a piece of mud, with water, filter out the permeate, filter with filter paper. The liquid was placed in a beaker and dried to obtain white crystals
- Q: Which minerals is richest source of Inorganic Salts ?
- Minerals are inorganic salts - eg.potassium nitrate - absorbed by plants from soil - a good source of inorganic nitrogen and potassium.
- Q: People lack the inorganic salt will be what disease
- iodine deficiency can lead to illness, children and adult goiter, hyperthyroidism and so on.
- Q: as a example potesium,sodium,magnees,calcium
- I'd okorder /
- Q: And what I specifically need are salts with Bromide, Chloride, Phospate and Carbonate ions.Thanks for any help.
- That list is near endless. There are countless inorganic cations and organic groups that can combine with these ions. Pretty much every metallic element in the periodic table will form cations with bromide and chloride. Not sure about phosphate, but most metals will bind with it. Carbonate will be trickier, as some ions are too acidic and will decompose the carbonate (iron(III) is an example, and it will form the oxide instead, liberating CO2 in the process). Aside from simple elemental ions, there are also polyatomic cations (such as ammonium) and lots of complexes that will form compounds with these anions.
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PAFC Water Treatment Chemical
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- 6000 m.t./month
OKorder Service Pledge
OKorder Financial Service
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