Diamonds

Diamond

A naturally occurring form of crystallized carbon that forms under intense heat and pressure within the Earth’s mantle.

Kimberlite Pipes

Ancient volcanic pipes that bring diamonds closer to the Earth's surface.

Major Diamond Mining Countries

Botswana, Russia, Canada, and South Africa.

Common Uses for Diamonds

Jewellery, industrial cutting tools, drilling equipment, and high

Properties that make diamonds valuable

Extreme hardness, rigidity, and high thermal conductivity.

Open

pit and Underground Mining

Dense

media Separation

Grease Table Sorting & X

ray Fluorescence

Habitat Destruction (Environmental Impact)

The clearing of land, removal of topsoil, and blasting of rocks that destroys ecosystems and displaces wildlife like caribou and elephants.

Water Pollution (Environmental Impact)

Crushed rock and fine sediments mix with water to create a slurry that can leak into rivers, causing turbidity.

Turbidity

Cloudiness in water caused by sediment that reduces sunlight, harms aquatic plants, and impacts fish breeding cycles.

Greenhouse Gas Emissions (Environmental Impact)

The release of carbon dioxide from the heavy machinery, explosives, and long

Economic Benefits of Diamonds

Generates government revenue, income, and funds public services and economic development (e.g., in Botswana).

Employment Benefits of Diamonds

Supports thousands of direct and indirect jobs across mining, transportation, engineering, manufacturing, and retail.

Progressive Rehabilitation

The sustainable practice of restoring destroyed land during the life of a mine, rather than waiting until operations are completed.

Sustainable Mining Practices

Strategies such as waste management, water recycling, and improving energy efficiency to lower a mine's environmental footprint.

Final Evaluation/Conclusion

The economic and technological benefits of diamonds outweigh the environmental impacts ONLY if extracted responsibly with strict environmental regulations enforced.