How And Why Is This Country Sucking Millions Of Tons Of Sand From The Desert?

Written by Romário Pereira de Carvalho

Published on 11/01/2026 at 12:10

Imagem: Ilustração

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Coastal Engineering Project In Kuwait Repositions Desert Sand, Advances The Sea Over Dry Areas And Enables A Planned City, Altering Local Geography, Land Use And Regional Environmental Debates

The Kuwaiti desert is undergoing an unprecedented transformation: tons of sand are being suctioned to create about 200 km of artificial coastline, allowing for the emergence of a planned seaside city in a historically arid region.

Engineering Repositions Sand And Redesigns Local Geography

The project reshapes a strip of desert to accommodate an entirely new coast, designed through large-scale engineering and advanced marine dredging technology.

Millions of tons of sand are removed and repositioned to allow the sea to advance over previously dry areas, creating channels, bays, and new shorelines.

ARTICLE CONTINUES BELOW

Dredging Allows The Sea To Advance Over Previously Dry Regions

The starting point of the work is large-scale dredging, which deepens the seabed and shapes the coast with technical precision.

This process allows water to advance inland for the first time in areas that were once entirely arid, creating artificial beaches and new coastal margins.

As a result, areas are created for recreation, environmental protection, and urban occupation, changing the historical relationship between desert and coastline.

Kuwait Future City Blends Urbanism And Planned Nature

Within this new scenario emerges the so-called Kuwait Future City, conceived as a metropolis integrated into the newly created coastline and marine environment.

The urban plan combines housing development with nature-based solutions, seeking to balance human occupation and the recovery of coastal ecosystems.

High-standard buildings, with striking architecture, are designed to provide comfort, energy efficiency, and visual integration with the sea.

Artificial Ecosystems And Technology Monitor The New Coast

The project envisions the recovery of coastal ecosystems while creating habitable areas, something uncommon in regions marked by extreme heat and barren soil.

Among the solutions are mangrove protection, artificial reefs, and monitoring of the new coastline with sensors and smart systems.

These strategies transform the coastline into a regional reference for arid countries facing increasing urban pressure.

Environmental Criticism And Costs Accompany The Experiment

Despite the narrative of innovation and sustainability, the project faces criticism related to environmental impacts, intensive resource consumption, and high costs.

Dredging and coastal redesign may affect local species, while maintaining a high-standard city requires robust permanent systems.

Cooling, desalination, and complex infrastructure are essential to sustain urban life in a naturally hostile environment.

An Urban Laboratory In The Midst Of The Desert Region

The experiment reveals how some countries test the limits between engineering, nature, and urbanism, creating an observable laboratory on a real scale.

The maintenance of the city and artificial ecosystems depends on constant technology, raising questions about limits and long-term consequences.

As a precursor, the project fits into a trend of extreme interventions for urban expansion, now applied directly against the desert.

With information from O Antagonista.

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How And Why Is This Country Sucking Millions Of Tons Of Sand From The Desert?

Coastal Engineering Project In Kuwait Repositions Desert Sand, Advances The Sea Over Dry Areas And Enables A Planned City, Altering Local Geography, Land Use And Regional Environmental Debates

Engineering Repositions Sand And Redesigns Local Geography

Dredging Allows The Sea To Advance Over Previously Dry Regions

Kuwait Future City Blends Urbanism And Planned Nature

Artificial Ecosystems And Technology Monitor The New Coast

Environmental Criticism And Costs Accompany The Experiment

An Urban Laboratory In The Midst Of The Desert Region

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How And Why Is This Country Sucking Millions Of Tons Of Sand From The Desert?

Coastal Engineering Project In Kuwait Repositions Desert Sand, Advances The Sea Over Dry Areas And Enables A Planned City, Altering Local Geography, Land Use And Regional Environmental Debates

Engineering Repositions Sand And Redesigns Local Geography

Dredging Allows The Sea To Advance Over Previously Dry Regions

Kuwait Future City Blends Urbanism And Planned Nature

Artificial Ecosystems And Technology Monitor The New Coast

Environmental Criticism And Costs Accompany The Experiment

An Urban Laboratory In The Midst Of The Desert Region

In the cold desert of Ladakh, where it hardly rains, engineer Sonam Wangchuk created the ice stupa, a tower that freezes winter water and stores it for irrigating crops in the spring, a simple engineering feat that mimics nature.

Almost 6,000 residents live concentrated along a single street nearly 9 km long in the interior of Poland. Houses form a continuous row, and behind them, narrow agricultural strips emerge, creating one of the most unusual rural patterns in Europe.

Libya built over 4,000 kilometers of underground pipelines to bring water from the Sahara to coastal cities in a project that the government itself called the Eighth Wonder of the World.

Chinese woman planted trees for decades while sand buried part of her house, received $5,000 from an American in 1999, and helped transform the desert into a forest of 8 million trees in China.

Desert sand, previously discarded for being too smooth for concrete, becomes an ecological brick in the United Arab Emirates, dispensing with Portland cement, curing at room temperature, and attempting to transform dunes useless for construction into raw material for a new arid engineering.

They planted a sea of eucalyptus to produce cellulose, but the monoculture turned into a green desert, dried up springs and rivers, and pushed families out of regions in Minas Gerais and Bahia.

Júlia Pimentel, an 11-year-old from Minas Gerais, independently invented a new formula to calculate the square root using simple addition and multiplication, and her method was published in one of the most important mathematical scientific journals in Brazil.

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