Example of Non-Renewable Resources

The nonrenewable resources are all the resources obtained from nature that, once used by human beings to satisfy their needs, are unable to regenerate or recover. This results in that if they are extracted or exploited too much, they are in danger of burn out irretrievably.

These resources are essential for today's daily life; modern society cannot survive without them, because using them can solve the problems industrial and medicinal needs and also inclement weather, such as winters or summers extremes.

Examples of non-renewable resources

1. Agate
2. Aquamarine
3. Amber
4. Arsenic
5. Jet
6. Sulfur
7. Baryta
8. Bismuth
9. Mineral carbon
10. Copper
11. Chromite
12. Quartz
13. Diamond
14. Diopside
15. Nuclear energy
16. Emerald
17. Graphite
18. Iron
19. Jadeite
20. Lapis lazuli
21. Lazulite
22. Leucite
23. Magnesite
24. Malachite
25. Marcasite
26. Mispickel
27. Obsidian
28. Opal
29. Gold
30. Peridot
31. Petroleum
32. Pyrite
33. Pyrolusite
34. Silver
35. Prehnite
36. Proustite
37. Psilomelana
38. Realgar
39. Rhodochrosite
40. Rhodonite
41. Ruby
42. Rutile
43. Sanidine
44. Serpentine
45. Sheelite
46. Siderite
47. Sillimanita
48. Smithsonite
49. Sodalite
50. talcum powder
51. Titanite
52. Topaz
53. Tremolite
54. Tourmaline
55. Turquoise
56. Ulexite
57. Uvarovite
58. Variscite
59. Vesuviana
60. Vivianita
61. Willemita
62. Wulfenite
63. Xylopalo
64. Sapphire
65. Zincite
66. Zircon

It may interest you:

• Inexhaustible resources.

Most important non-renewable resources:

Non-renewable resources whose disappearance can represent a danger to stability and survival of humanity are:

• Mineral carbon
• Petroleum
• Nuclear energy
• Minerals

Mineral carbon

Coal is a non-renewable resource that has been formed from geological ages, millions of years ago. It is the result of huge fires that spanned miles of forests, further charring their biological material, charcoal.

The mineral coal has rested under the pressure of the layers of the earth's crust while it completed its decomposition process. The phenomenon of its creation is currently impossible to reproduce artificially in the laboratory or in an industrial plant, due to the extreme conditions that it implies.

Petroleum

Oil is a non-renewable resource that is obtained from the ground. It is a thick and oily liquid that has been classified into two types:

1. Heavy oil
2. Light oil

Oil is a resource that, according to scientific research, has been generated from decomposing biological materials (corpses of animals and dried plants). Prehistoric microorganisms participated in the degradation of this matter, under conditions of high pressure and temperature and little oxygen, between underground layers of the earth's crust.

Due to the high temperature and the time it took to produce it, there is a firm awareness of that cannot be reproduced by any artificial process and less in an acceptable time to be able to use it. Oil that has been extracted and transformed to meet human needs will not regenerate in its fields or return to its original form.

Nuclear energy

Nuclear energy is produced by radioactive minerals, which after an enrichment process (in the case of uranium) produce work by breaking their atoms, which produces energy and a lot of heat.

In a process called radioactive decay, the atoms of elements such as uranium give off electrons, protons and energy, becoming atoms of other minor elements, which in turn decompose because they remain unstable, until the stability.

Being an energy produced by reactions with liberation and by means of a mineral that cannot occur, it has serious secondary damage that to date is not fully known and cannot be reopened. generate.

Minerals

The minerals are solid and crystalline chemicals found in mines and deposits, and which cannot reproduce or regenerate, at least in a short enough time.

The reserves of minerals on the planet are the total amount of them, so if they are exploited excessively, they are extinguished without any other remedy. They require an extremely slow generation process, and that implies the accumulation of molecules in a high pressure environment and with a certain humidity that enriches your crystals.

They are used to make bath salts, as ornamental elements, to be added to jewelry, and as chemical reagents in industrial processes. They comprise a wide field of application.