XeF - xenon(I) fluoride

XeF2 - xenon(II) fluoride

XeF4 - xenon(IV) fluoride

XeF6 - xenon(VI) fluoride

XeO3 - xenon(VI) oxide

XeO4 - xenon(VIII) oxide

XeOF4 - xenon oxytetrafluoride

XeO2F2 - xenon dioxydifluoride

XeO64− - perxenate ion

YAs - ytrrium arsenide

YB6 - yttrium boride

YBr3 - yttrium bromide

YC2 - yttrium carbide

YCl3 - ytrrium chloride

YF3 - yttrium fluoride

YP - yttrium phosphide

YSb - yttrium antimonide

YVO4 - yttrium vanadate

Y2O3 - yttria (yttrium oxide)

Y2S3 - yttrium sulfide

YbBr2 - ytterbium(II) bromide

YbBr3 - ytterbium(III) bromide

YbCl2 - ytterbium(II)chloride

YbCl3 - ytterbium(III) chloride

YbCl3·6H2O - ytterbium(III) chloride hexahydrate

YbF2 - ytterbium(II) fluoride

YbF3 - ytterbium(III) fluoride

YbI2 - ytterbium(II) iodide

YbI3 - ytterbium(III) iodide

YbSe - ytterbium(II) selenide

YbSi2 - ytterbium(II) silicide

Yb2O3 - ytterbium(III) oxide

Yb2S3 - ytterbium(III) sulfide

Yb2Se3 - ytterbium(III) selenide

YbTe - ytterbium(II) telluride

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The Me you have always known, the Me that's a stranger still.

Zn(AlO2)2 - zinc aluminate

Zn(AsO2)2 - zinc arsenite

ZnBr2 - zinc bromide

Zn(CN)2 - zinc cyanide

ZnCO3 - zinc carbonate

Zn(C8H15O2)2 - zinc caprylate

Zn(ClO3)2 - zinc chlorate

ZnCl2 - zinc chloride

ZnCr2O4 - zinc chromite

ZnF2 - zinc fluoride

Zn(IO3)2 - zinc iodate

ZnI2 - zinc iodide

ZnMoO4 - zinc orthomolybdate

Zn(NO2)2 - zinc nitrite

Zn(NO3)2 - zinc nitrate

Zn(NbO3)2 - zinc metaniobate

ZnO - zinc(II) oxide (zinc oxide)

ZnO2 - zinc peroxide

Zn(OH)2 - zinc hydroxide

Zn(OH)42− - zincate ion

ZnS - zinc sulfide (sphalerite)

Zn(SCN)2 - zinc thiocyanate

ZnSO4 - zinc sulfate

ZnSb - zinc antimonide

ZnSe - zinc selenide

ZnSeO3 - zinc selenite

ZnSnO3 - zinc stannate

Zn(TaO3)2 - zinc metatantalate

ZnTe - zinc telluride

ZnTeO3 - zinc tellurite

ZnTeO4 - zinc tellurate

ZnTiO3 - zinc metatitanate

Zn(VO3)2 - zinc metavanadate

ZnWO4 - zinc orthotungstate

ZnZrO3 - zinc metazirconate

Zn2P2O7 - zinc pyrophosphate

Zn2SiO4 - zinc orthosilicate

Zn3(AsO4)2 - zinc arsenate

Zn3As2 - zinc arsenide

Zn3N2 - zinc nitride

Zn3P2 - zinc phosphide

Zn3(PO4)2 - zinc phosphate

Zn3Sb2 - zinc antimonide

ZrB2 - zirconium boride

ZrBr4 - zirconium bromide

ZrC - zirconium carbide

ZrCl4 - zirconium tetrachloride

ZrF4 - zirconium fluoride

ZrI4 - zirconium iodide

ZrN - zirconium nitride

Zr(OH)4 - zirconium hydroxide

ZrO2 - zirconium dioxide (baddeleyite)

ZrO32− - zirconate ion

ZrP2 - zirconium phosphide

ZrS2 - zirconium sulfide

ZrSi2 - zirconium silicide

ZrSiO4 - zirconium orthosilicate

Zr3(PO4)4 - zirconium phosphate

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The Me you have always known, the Me that's a stranger still.

Hi ,friend.I am chelsea,working in a chemical trade platform; come here by accident.I am glad to be here.Now let me share you something,I hope you will need it.

Name:1,2-Butanediol;α-Butylene glycol
Molecular formula : C4H10O2
MW : 90.12
CAS :26171-83-5
nature : the boiling point is 192-194 °C,94 °C-96 ° C (1.6kPa), 68 ° C (0.053kPa), relative density is 1.019 (0 / 4 ° C), the refractive index is 1.4375. Water soluble.
Preparation : derived from epoxy butane hydration. Heat 0.1% sulfuric acid solution to 60 ° C and add 1,2 - epoxy-butane in an hour. In order to react ,keep heating at 60-70 ° C for 0.5 h, and add 40% Alkali Solution Ionic to pH7-7.5, decompression steamed to the water, and then distillation, collection of 110 ° C (3.72kPa) derived products distillate yield over 80%.
purposes : for organic synthesis and Preparation of 2-amino butanol .

Poly Aluminium Chloride for drinking water is a great product of the processes for glass-lined equipment because of its high-intensity corrosive effect. Poly Aluminium Chloride known as (PAC) is a basic water inorganic polymer with a formula of [Al2(OH)nCl6-nLm] that indicates the polymerization and shows the degree of PAC products and its solutions.

The product has a general strong absorption rate. While the process takes place where the hydrolysis process, precipitation condensation, and absorption all occur at the same time. That means the chemical and physical processes happen simultaneously.

The structure of the poly aluminum chloride for drinking water is comprised of polycarboxylic complex and the mix of variable morphology creating high speeds of precipitation which immediately enhances the purification effect of wide PH range and no corrosion in the pipeline effect.

Further, it can effectively remove Suspended Solids(SS), Chemical Oxygen Demand(COD), remove chromatics and Biochemical Oxygen Demand as well. The Product has high applications for different products such as medication, chemicals and for shoes as well. But it's high usage is for the treatment of drinking water and wastewater.

Where PAC Poly Aluminum Chloride is Used?

PAC is an inorganic Polymer that is created from the aluminum mineral powder and hydrochloric acid. The core purpose of the product is water purification and many companies use it to purify water at minimum cost.

For water purification, it is mostly supplied to industrial companies, water RO plants, and water purification companies and runs under the industry-government set standards to provide 100% effectiveness. As for the water itself, PAC is rarely corrosive and also does not affect the purifying equipment.

This allows the equipment to stay intact and reduce its maintenance cost and damages allowing for better purification. The product acts fast in sterilizing, removing fluorine, oil, heavy metallic salt and deodorize, etc. Hence remove any externalities.

Product Commercial Usage:

bleaching and dyeing,
refractory materials adhesive
paper sizing
printing and dyeing
sugar liquor refined
cosmetics and other industries,
cement accelerator
precision casting and many more

It is evident that globally very few water purification formulas have been created and aluminum in the form poly aluminum chloride has been used and is still being incorporated into the removal of bacteria from freshwater. The common bacteria being found is cyanobacteria or phosphorus.

However, before it has been tested there have been various sample testing done on nature and artificial freshwater to understand its implications and effects on the ecosystem. Various results stated the effects on the ecosystem were based purely on the standard ISO methods which lacked sufficient data as the unavailability of nontarget species was missing.

A singular treatment cannot always work for all water types. Water can be acidic depending on the geographical location and its minerals which is why a clear understanding is essential. If not then the right amount of poly aluminum chloride cannot be added which could further hinder the water minerals.