Deep beneath the vast deserts of Egypt lies a mineral wealth that has attracted explorers for thousands of years. Today, the country is turning once again toward those landscapes in an effort to transform its mining industry, using modern technology to locate resources that could play a growing role in its economy and energy transition.
In a report published by El Pais, Egypt’s renewed search for underground riches is presented as a major economic priority for a country that possesses significant mineral reserves but has struggled to develop a competitive mining sector. The government is now seeking to map its geological resources, attract investment and increase mining’s contribution to the national economy.
The effort connects modern exploration with a much older history. In the Eastern Desert, only a few kilometers from the Red Sea city of Marsa Alam, archaeologists have uncovered an extensive gold extraction and processing complex dating back around 3,000 years. The discovery revealed workshops for crushing and grinding, filtration basins, clay furnaces, residential areas, temples and administrative buildings.
Researchers determined that mining activity at the site was concentrated during Egypt’s Third Intermediate Period, between the 21st and 25th dynasties. Centuries earlier, the search for gold had already encouraged pharaohs such as Thutmose III and Amenhotep IV to organize expeditions into the region, where more than 200 gold deposits were reportedly identified.
Those ancient prospectors explored some of Egypt’s harshest landscapes. Now, the country is using advanced technology to conduct one of its most ambitious geological mapping efforts in decades.
In May, Egypt announced its first nationwide geological survey in more than 40 years. The project will cover the Eastern Desert, the Western Desert stretching beyond the Nile, and the Sinai Peninsula. To carry out the operation, Cairo is working with Spanish company Xcalibur, a global leader in airborne geophysical technology and artificial intelligence systems designed to identify underground resources.
Using aircraft equipped with advanced instruments, Xcalibur will analyze large areas from the air, measuring geological characteristics and identifying locations with potential mineral deposits. The technology can map electrical conductivity, assess underground density and detect geological structures that could indicate valuable resources.
For Egypt, the survey represents a crucial first step in developing a stronger mining industry. Despite its long history of extraction and its reputation as a mineral-rich country, mining currently contributes only around 1% of Egypt’s gross domestic product. The government has set an ambitious target of increasing that share to 6%.
To achieve this goal, authorities have introduced reforms aimed at making the sector more attractive to investors. These include changes related to licensing procedures and revenue distribution. However, officials recognize that a detailed understanding of the country’s geological resources is necessary before large-scale investment can accelerate.
Gold remains one of the most symbolic resources because of its connection to ancient Egypt, but the country’s mineral potential extends far beyond precious metals. Egypt’s Mediterranean coast contains large deposits of black sands believed to hold significant quantities of heavy minerals, including titanium, zirconium and valuable rare earth elements.
The country also has promising reserves of phosphate and quartz, while the Eastern Desert contains deposits of copper and zinc. These resources could support both traditional industries and emerging sectors linked to global demand for minerals needed in advanced technologies.
The involvement of Xcalibur reflects Egypt’s attempt to move from exploration toward a more modern and data-driven approach to mining. The company operates a fleet of 45 aircraft, including planes and helicopters equipped with geophysical systems capable of scanning large territories and analyzing both surface and underground characteristics.
However, locating mineral deposits is only the beginning. Egypt’s government is also seeking to develop processing and refining industries, where much of the economic value is created. The country has begun building experience in areas such as black sand processing and phosphate production, a resource that plays a key role in one of its major export industries: fertilizer manufacturing.
The push for mineral development also comes as countries worldwide compete for access to resources essential for renewable energy technologies. Minerals needed for batteries, electronics and other components of the energy transition have become strategically important, and Egypt hopes its reserves can position it as a relevant supplier.
Beyond economic opportunities, controlling mineral resources has become a security concern, particularly in the Eastern Desert. Over the past decade, the growth of informal gold mining, the emergence of armed groups connected to these activities and government efforts to regain control have contributed to a low-intensity conflict in the region.
The challenge for Cairo is therefore not only identifying resources but also managing the social, economic and security consequences surrounding their exploitation. Expanding mining activity will depend on the government’s ability to regulate operations, attract investment and maintain control over areas where informal extraction has expanded.
Egypt’s search beneath the desert represents a meeting point between ancient history and modern economic strategy. The same landscapes once explored by pharaohs seeking gold are now being examined with aircraft, artificial intelligence and geophysical technology in an effort to build a new chapter for the country’s mineral industry.
