Calcite is a rock-forming mineral with the chemical formula CaCO3. It is extremely common and found in the world in sedimentary, metamorphic and magmatic rocks. Some geologists consider it to be a "ubiquitous mineral" that exists everywhere.

Calcite is the principal constituent in limestone and marble. These rocks are extremely common and form an important part of the earth's crust. They are one of the largest carbon deposits on our planet.

The properties of calcite make it one of the most used minerals. It is used as construction material, abrasive, agricultural soil treatment, construction aggregates, pigments, pharmaceuticals and others. It has more benefits than any other mineral.

Uses of Calcite

Use of calcite in construction

The construction sector is the main consumer of calcite in the form of limestone and marble. These rocks have been used for thousands of years as dimension stone and mortar. Limestone blocks were the main building material used in many Egyptian and Latin American pyramids. Today, limestone and polished raw marble are still important materials used in prestigious architecture.

Modern construction uses calcite in the form of limestone and marble for the production of cement and concrete. These materials are easily mixed, transported and placed in the form of a suspension that will harden to become a permanent building material. Concrete is used for the construction of buildings, roads, bridges, walls and many other installations.

Used in the neutralization of acid

Calcite has many uses as an acid neutralizer. For hundreds of years, limestones and marbles have been crushed and spread in the field as soil treatment for acid neutralization. They also heat to get lime that reacts much more quickly in the soil.

Calcite is used as a neutralizer of acids in the chemical industry. In areas where rivers are affected by the drainage of acid mines, crushed limestone is released into streams to neutralize its waters.

In medicine, calcium carbonate is obtained from limestones or beads of high purity. Mixed with sugar and flavors, calcium carbonate is converted into chewable tablets used in the neutralization of stomach acid. It is also an ingredient in many drugs used to treat digestive and other diseases.

Calcium carbonate sorbent

Sorbents are substances that can "catch" another substance. Limestone is often treated and used as an absorbent material during the burning of fossil fuels. Calcium carbonate reacts with sulfur dioxide and other gases during combustion, absorbs them and prevents their release into the atmosphere.

Monuments and statuary

Calcite is an attractive and easy-to-use stone that has long been used for monuments and sculptures. Its lack of significant porosity allows it to tolerate freezing and defrosting from the outside and its low hardness makes it easier to work. It is used in large projects such as pyramids and small statuettes. It is widely used as cemetery markers, sculptures, sheaths, benches, stairs and much more.

Many other uses

As a powder, calcite often has a distinctly white color. Calcite powder is often used as a white pigment or "whiting". Some of the first images were made with calcite. It is the main ingredient in bleaching and is used as an inert ingredient in color. The calcite has a hardness of three on the Mohs scale, which makes it suitable as an abrasive of low hardness. It is softer than stone, porcelain and plastic surfaces in kitchens and bathrooms, but is more durable than dry foods and other remains that people want to eliminate. Its low hardness makes it an effective cleaning agent that does not damage the cleaned surface.

Calcite: carbon dioxide storage

Carbon dioxide is an important gas in the Earth's environment. It serves as a greenhouse gas in the atmosphere, which helps maintain and maintain heat near the surface of the planet. The process of limestone formation removes carbon dioxide from the atmosphere and holds it for a long time. This process has been going on for millions of years, generating huge amounts of stored carbon dioxide. When these rocks are exhausted, they are used to neutralize the acids, heating them so that the cement or the metamorphoses are strongly released; a part of their carbon dioxide is released and returned to the atmosphere. All these processes of formation and destruction of limestone affect the climate of the Earth.

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