COPPER CARBONATE

Copper carbonate is a copper salt composed of component compounds of copper and carbonic acid.

Molecular formula: C C u O 3
EC number: 214-671-4
CAS Number.: 1184-64-1
Molecular weight: 197.34

CUPRIC CARBONATE,Copper carbonate,1184-64-1,Copper(II) carbonate,copper;carbonate,Copper monocarbonate,Copper carbonate (1:1),Carbonic acid, copper(2+) salt (1:1)
Carbonic acid, copper salt,9AOA5F11GJ,7492-68-4,Cupromaag,MFCD00051038,Copper carbonate (1:1),Copper carbonate (CuCO3),HSDB258,EINECS 214-671-4,UNII-9AOA5F11GJ
CUPRICCARBONATE,Copper (II) carbonate,Carbonic acid, copper salt,copper carbonate, AldrichCPR,SCHEMBL29678,COPPER (AS CARBONATE),DTXSID6034471,GEZOTWYUIKXWOA-UHFFFAOYSA-L
COPPER(II) CARBONATE [HSDB],SY347833,FT-0624118,D78271,Q409630

Copper carbonate or cupric carbonate is a chemical compound with the formula CuCO.
3. At ambient temperatures, copper(II) is an ionic solid consisting of cations Cu
This compound is rare because it is difficult to prepare.
Copper carbonate reacts easily with water moisture in the air.
copper carbonate refers to a basic copper carbonate (or copper(II) carbonate hydroxide) such as Cu.

Copper carbonate with the formula 2(OH) 2CO3 occurs as a natural mineral.
3(OH) 2 (CO3) 2 therefore the qualifier neutral may be used instead of "basic" to refer specifically to CuCO.

Thermal decomposition of basic carbonate at atmospheric pressure yields the copper(II) oxide CuO instead of carbonate.
Reliable synthesis of true copper(II) carbonate was first reported in 1973 by Hartmut Ehrhardt and others.
The compound was obtained as a gray powder by heating basic copper carbonate in a carbon dioxide atmosphere.
Copper carbonate is formed by the separation of Ag.
copper carbonate at 500 °C and 2 G Pa (20,000 atm).
The compound has a monoclinic structure.

Copper carbonate is a chemical compound called basic copper carbonate, more properly copper(II) carbonate hydroxide.
Copper (II) is an ionic compound consisting of Cu ions.
This name most commonly refers to the compound with the formula Cu.
Copper carbonate is a green crystalline solid that occurs in nature as the mineral malachite.
Copper carbonate has been used as a pigment since ancient times.
Copper carbonate is still used in this way in artist paints, also called green bice or mountain green.

3(CO3)2 (OH)2 is a blue crystalline solid, also known as the azurite mineral.
Copper carbonate was also sometimes used as a pigment under the name mountain blue or bluegiver.
Both malachite and azurite can be found in copper patina found on worn brass, bronze, and copper.
The composition of the patina may vary.

Depending on the environment, copper carbonate may be present as basic chloride in the marine environment.
thus basic sulfates may be present in the urban environment.
This compound is often incorrectly called (even in chemistry articles) copper carbonate, copper carbonate, and similar names.
True (neutral) copper(II) carbonate CuCO3 is not known to occur naturally.
Copper carbonate decomposes with water or moisture in the air and was only synthesized in 1973 at high temperature and very high pressure.

Basic copper carbonate is prepared by combining aqueous solutions of copper(II) sulfate and sodium carbonate at ambient temperature and pressure.
Basic copper carbonate precipitates from solution with the release of carbon dioxide CO

2 CuS04 + 2 Na2C03 + H2O → Cu2 (OH) 2C03 + 2 Na2S04 + C02 _ _

Basic copper carbonate can also be prepared by reacting aqueous solutions of copper(II) sulfate and sodium bicarbonate under ambient conditions.
Basic copper carbonate precipitates from solution, again with the release of carbon dioxide:

2 CuS04 + 4 NaHCO3 → Cu2 (OH) 2 C03 + 2 Na2SO4 + 3 C02 + H2O

Copper(II) sulfate can also be replaced by Copper(II) chloride.
Sodium chloride (NaCl) is formed as a byproduct instead of Sodium sulfate (Na2SO4), both of which are soluble in water.
Basic copper carbonate is decomposed into copper(II) salt and carbon dioxide by acids such as hydrochloric acid HCl solutions.
basic copper carbonates, malachite and azurite, decompose to form H2O, CO2 and CuO, cupric oxide.
Both malachite and azurite, as well as synthetic basic copper carbonate, have been used as pigments.

Although it can be toxic to humans, it has also been used in some types of makeup, such as lipstick.
Copper carbonate has also been used as an effective moss killer for many years.

When a copper atom loses one or two electrons, it forms positively charged ions known as Cu+1 and Cu+2.
While ordinary copper carbonate contains the cupric ion (or Cu+2), it may sometimes also contain a chemically similar alkaline component.
This substance can actually serve a number of applications in industry and life in general.

Copper carbonate is a water-insoluble chemical.
Copper carbonate, also known as copper(II) carbonate, carbonic acid, and copper monocarbonate, rapidly converts to copper salts.
Copper carbonate is used in fungicides and insecticides as well as fertilizer.
Copper carbonate is frequently used in pesticides, where it has an anti-pathogenic effect, and in aquaculture, where it controls unwanted leaves.

Copper carbonate catalyzes copper chromite, which breaks down fatty methyl esters in the production of fatty alcohols.
Copper carbonate forms verter and mountain green in the artist's palette.
Adding nitric acid to copper carbonate produces copper chloride, which is important in the process of "sweetening the oil" or purifying the oil of its sulfur compounds.
Companies that produce fireworks use copper carbonate for a starry-blue glow in pyrotechnic displays.

Copper Carbonate (CuCO3) is formed after copper loses its electrons.
Copper carbonate typically contains Cu+2, known as the copper ion.
However, sometimes it may contain an alkaline component.
Copper carbonate is a water-insoluble chemical compound.
Copper carbonate can be converted to other copper compounds by different methods, such as calcination, where the chemical compound yields an oxide when heat is applied.
Copper carbonate is used in a variety of applications.
:
Copper carbonate is very commonly used to convert the compound into copper salts.
In this process, the mixture is first treated with a more vital acid.
In the next step, water is added along with carbon dioxide gas.
Vinegar, known as acetic acid, is mixed with baking soda to produce water, cupric acid and carbon dioxide.
Copper carbonate is also used for various aesthetic and practical purposes.
One of the prominent application areas is jewelry.

Metal transformation of copper carbonate is quite common in industry.
The product is valuable and has numerous applications.
Various processes such as pulverization, conversion, sizing and electrolysis are used to achieve the desired result:
They are used as colorants and pigments due to the unique colors of different compounds.
In its pure form, the combination is mint green in color.

After the addition of alkaline components, a blue color is obtained.
These colors act as excellent coloring agents.
They are used as pigments in products, paints and varnishes.
Copper carbonate is used in artist paints to obtain the desired colors.
This is also known by different names such as verter, mountain green.
Copper carbonate is in high demand as a pigment and colorant in fireworks and pottery glazes.

Copper carbonate is used in a wide variety of applications.
Copper carbonate is widely used in the development of compounds for processing timber.
Copper carbonate is used as a wood preservative.
Copper carbonate is actively used in animal feed and is constantly in demand in animal feed.
Fertilizer is another product where the demand for copper carbonate is very high.
Copper carbonate is used to create different pesticides, insecticides and fungicides.
Copper carbonate is used as an insecticide.

Copper Carbonate is used in the production of Copper Chromite catalysts.
The broadest field of application of copper chromite catalysts is the hydrogenolysis of fatty methyl esters in the production of fatty alcohols.
Copper carbonate is very active in hydrogenating primary amines.
Some applicators are used to reduce the reaction rate and control synthesis in the reactor.