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Mineral & Mining Engineering Information

Mineral and mining engineering makes use of both science and math to study minerals like diamonds and coal. It is also a field that studies how minerals can be located as well as how these mines and systems can be used for refining ore. There are instances when safety and environmental concerns pertinent to mining are also discussed.

It is also that same discipline that takes charge of the theory, practice, science and technology involved when it comes to processing minerals. These minerals can either be processed from a so-called natural occurring environment or for purposes of putting additional value into these pieces.

History of mineral and mining engineering

Ever since civilization came into being, people have already had interest in this field. Owe this to the fact that they began using metals, ceramics and stones. During the beginning of civilization, people used these items to create weapons and tools. Some were transformed intp high quality flint (discovered in northern France).

It was only when the Ancient Romans came when mineral and mining engineering had its whole new turn. Back then, they were innovative enough to create large-scale methods pertinent to mining. These ideas were then used in hydraulic mining and aqueducts.

Scope of mineral and mining engineering

From the records of history, this engineering field has moved several steps forward. Now, it is used in mineral exploration. In any of the stages of this operation, mining engineers are being consulted.

During the mineral discovery stage, mining engineers work hand-in-hand with geologists for mineral reserve identification. These experts drill samples and conduct surveys on the surface to identify specific ores and compounds. There may be specific targets in the process. Geologists and mining engineers may opt to target ores like galena and chalcolite. In other instances, they can also search for non-metals like quartz, phosphate and coal.

This task cannot be carried on without the help of academic, local, state and national geological reports. Mineral maps are also essential sources in the process. Property assays, local word of mouth and well drilling logs may also help in mineral discovery.

After mineral discovery comes mineral determination. Once a prospective mineral has been found, the mining engineer proceeds to the next scope of his job, that is, to determine ore properties linked to the mineral. Chemical analysis is an important part of knowing the sample's composition. From here, the ore quantity will also be determined. In some cases, the engineer may also drill additional core samples and find whether or not there are ore deposit limits. He will also calculate the amount of valuable material found in the ore deposit.

There are also experts in mineral and mining engineering who will eventually be employed in mining operation industries. In this regard, they are tasked to make further mineral exploration. In some cases they may also become supervisors or managers. They may even sell equipment and minerals if they want. They may also be employed either as design engineers or an environmental, health and safety managers.

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