Energy minerals are mainly used industrially as energy generators; next we will talk about 10 examples of energy minerals.
The energy It can have its origin mainly in heat, electricity or fuels and its objective is directed according to what is to be achieved.
If energy is required for some type of transport, fuel is needed for example, which will be manufactured from a series of energy minerals.
We humans make use of a large number of objects that require different functions for their functioning. Energy sourcesobtained from minerals mainly.
Examples of energy minerals: the most common
If you are a curious person who questions how everything we use works, this article will help you learn about 10 examples of energy minerals required in our daily lives.
1.Zinc
Zinc is a metal present in the elements of the periodic table that, in addition to fulfilling functions in the body, is highly used as an energy generator.
Due to its physicochemical properties, it has been used in the manufacture of metal parts in the aerospace industry and in the field of information technology.
2. Gold
Gold is a precious golden metal that is located in the periodic table and although it is the protagonist of jewelry and moneyIt is also an energetic mineral.
It has a high electrical conductivity and due to its low oxidation, it is used to generate low resistance electrical connections.
3. Copper
Copper is a reddish transition metal considered an excellent conductor of electricity that is used as the main element in the manufacture of cables and electrical components.
Therefore, it is an element that generates large amounts of energy, also allowing its transmission and is part of electrical circuits of different intensity.
4. Aluminum
It is a non-ferromagnetic metal found in the earth’s crust as part of the bauxite and he is an excellent driver electricity and the heat.
Aluminum is also used in welding processes due to its high conductivity and reactivity.
5. Coal
Coal is a black sedimentary rock that forms as a result of the decomposition of terrestrial plants accumulated in shallow waters such as lagoons and swamps.
It is said that coal contributes 25% of the total production of the world energy and it is also used in the area of iron and steel industry, carbochemical and synthetic oil.
6. Silver
Silver is a metal that is obtained mainly from the treatment of gold, zinc, copper and lead mines; It is bright white in color, with high malleability.
It is the metal that contains the highest thermal and electrical conductivity, therefore its use as an industrial energy generator is quite considerable in the world.
It is used in the field of health, in the world of photography, weapons manufacturing, jewelry, coin production, among others.
7. Iron
Iron is a transition metal that occupies the 4th place in abundance on the planet whose industrial and domestic uses are innumerable.
It is one of the main elements used in the manufacture of motors for industrial use as well as in construction materials.
8. Uranium
Uranium is a metallic chemical element that has its name in honor of the discovery of the planet Uranus in the year 1781.
It is one of the main elements used as fuel for nuclear reactors, responsible for producing energy in the world.
It is part of the structure of airplanes, sailboats and artificial satellites; it is used to make crystals and nuclear weapons and to develop high-energy x-rays.
9. Chrome
Chromium is a transition metal that has its main uses in the area of metallurgy whose main characteristic is high resistance to corrosion.
Due to its physicochemical properties, chromium has extended its uses mainly to the area of paint manufacturing and other products for industrial use.
10. Titanium
Titanium is a transition metal of great hardness and low density, gray in color, highly resistant to corrosion by water.
It is generally used in conjunction with other elements such as iron and aluminum that allow it to increase its resistance and manufacture parts for the construction of engines.
It is mainly used in the space industry and for the creation of missiles, as well as in the manufacture of metallic prostheses for medicinal use.
Characteristics of energy minerals
Energy minerals are generally not found in their pure form in nature and therefore must go through geological engineering processes to fully extract them.
They are generally found together with other metals and their analysis and use imply a monetary cost and the use of qualified labor.
Hence, costs increase and are more related to processing than to the value of these metals.