PAFC used for industrial water treatment

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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: What is the inorganic salt in the egg: Calories (kcal) 60 thiamine (mg) .04 calcium (mg) 9

Q: For example, sulfates can emit SO2 or SO3 gas. If this were to occur in this experiment, would the % H2O calculated from the data be too high or too low? Explain.: You would measure the mass lost, and you would assume that this is equal to the amount of water that was in the sample. So decomposition would add to the mass lost during heating and this would lead you to overestimate the amount of water that was in the sample, and overestimate the %h20.

Q: Like the role of B, Fe, Mg, Ca, Mn, Cu, Cl, P, S, N ...., the more specific the better (college entrance examination range): 1. constitute the body tissue material .2. Regulate the physiological function .3. To participate in the regulation of body fluid balance and maintain the body's acid-base balance .4 cells of some complex compounds of the important components

Q: What is the composition of inorganic salts?: Inorganic salts are inorganic compounds in the salt, formerly known as minerals

Q: What are minerals and trace elements?: Trace elements refers to the body weight of one thousandth of the body weight, daily requirements are generally in the following 0.01 grams can meet the physiological needs of the human body, as we often talk about iron, zinc, iodine, selenium, fluoride and so on. Calcium in the human body due to more content, the daily requirements of several hundred milligrams, it is a macro element.

Q: If you boil down salt to a vapor form and breathe it in, can it kill you? or do you have to mix it with another chemical for it to become deadly. (Or will the vapor be so hot it will burn your lungs): The boiling point of inorganic salts is extremely high due to the strength of their ionic bonds. The temperatures will kill you.

Q: What is the use of inorganic salts and organic salts?: The organics are compounds containing carbon, and the inorganic salts are salts containing no carbon. For example, we usually eat sugar is organic matter, salt is inorganic salt.

Q: Think about the physical and chemical properties of salt and sugar. What properties do these substances have in common? Describe which properties you could use to distinguish between them. What properties and units would you use to describe their physical and chemical characteristics? List as many as you can.: I believe it's Physical, most of the times such changes are physical, melting point, sublimation, evaporation, etc.

Q: what is the function of salts in DNA extraction?: DNA can be purified for DNA sequencing or for restriction digestion by precipitation in an alcohol/water mixture in the presence of a high concentration of inorganic salt. DNA is recovered from the aqueous solution by addition of salt to final concentrations of 0.8M LiCl, 0.3-0.5M NaCl, NaOAc, or 2.5M NH4Ac and an appropriate volume of alcohol (30%-50% final percentage isopropanol; 60%-80% final percentage ethanol), storage for a brief period of time at -20°C or -70°C, followed by centrifugation. Subsequent desalting of the DNA pellet involves rinsing in 70% alcohol, recentrifugation and re-suspension in appropriate buffer.

Q: Please tell in your own language how water and inorganic salts are transported from the soil to the leaves.: The roots of plants are usually divided into roots, lateral, small roots, small roots (roots, roots and roots) for the absorption of roots, the absorption of roots from the soil to absorb water and inorganic salts, through the transport organization to reach the xylem of the catheter, through The ducts are delivered to the various organs of the plant (including the leaves).

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