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Aramco Plans Transition Minerals Joint Venture with Ma'aden

The proposed JV would focus on energy transition minerals, including extracting lithium from high-concentration deposits and advancing cost-effective direct lithium extraction (DLE) technologies - File Photo
The proposed JV would focus on energy transition minerals, including extracting lithium from high-concentration deposits and advancing cost-effective direct lithium extraction (DLE) technologies - File Photo
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Aramco Plans Transition Minerals Joint Venture with Ma'aden

The proposed JV would focus on energy transition minerals, including extracting lithium from high-concentration deposits and advancing cost-effective direct lithium extraction (DLE) technologies - File Photo
The proposed JV would focus on energy transition minerals, including extracting lithium from high-concentration deposits and advancing cost-effective direct lithium extraction (DLE) technologies - File Photo

Aramco, one of the world's leading integrated energy and chemicals companies, and Ma'aden, the largest multi-commodity mining and metals company in the Middle East and North Africa region, announced on Wednesday the signing of non-binding Heads of Terms, which envisages the formation of a minerals exploration and mining joint venture (JV) in Saudi Arabia.
According to a press release, the proposed JV would focus on energy transition minerals, including extracting lithium from high-concentration deposits and advancing cost-effective direct lithium extraction (DLE) technologies. Commercial lithium production is likely to commence by 2027.
This JV is expected to extend Aramco's capabilities into an adjacent sector, leveraging its technological innovation resource and data management skills. It would seek to unlock the potential of the Kingdom's high-value mineral resources, with the aim of helping meet the growing demand for lithium and other transition minerals both domestically and globally. The JV is expected to harness natural resources utilizing a wealth of subsurface data and emerging technologies to advance the Kingdom's economic diversification and energy ambitions, according to SPA.
The statements also added that there is significant potential for the extraction of energy transition minerals in the Kingdom. For example, Aramco has identified several areas with a high lithium concentration of up to 400 parts per million as part of its operations. The JV will benefit from Aramco's expertise and operations, including the use of existing infrastructure, industry-leading drilling operations, and more than 90 years of geological data in its area of operations.
Aramco Upstream President Nasir K. Al-Naimi said, "This announcement reflects Aramco's focus on positively contributing to the global energy transition. The proposed JV will enable the extraction of energy transition minerals, contributing to the growth of more sustainable energy solutions while diversifying our portfolio for a lower-carbon future. We expect that this partnership will leverage the world's leading upstream enterprise to apply significant low-cost advantages, industry experience, technological innovation, accumulated subsurface knowledge and an integrated supply chain ecosystem, with a view to meeting the Kingdom and potentially the world's projected lithium demand."
Ma'aden Senior Vice President of Exploration Darryl Clark stated, "Ma'aden has been undertaking one of the world's largest single-jurisdiction exploration programs across the Arabian Shield to unearth the estimated $2.5 trillion mineral endowment. This proposed JV would enable us to accelerate exploration of the Arabian Platform, combining Aramco's knowledge of the area with Ma'aden's mining and exploration expertise."
Lithium is a fundamental component of the energy transition, essential for production in fast-growing sectors such as electric vehicles, energy storage, and renewables. The global demand for lithium has tripled over the past five years, and its compound annual growth rate is anticipated to exceed 15% annually through 2035. The JV could help meet the Kingdom's forecasted demand for lithium, which is expected to grow twenty-fold between 2024 and 2030, supporting an estimated 500,000 electric vehicle batteries and 110 GW of renewables.
The planned JV, which is subject to customary closing conditions including regulatory approvals, was announced during the Future Minerals Forum in Riyadh.

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Egypt Makes Progress in its Nuclear Energy Project

Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)
Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)
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Egypt Makes Progress in its Nuclear Energy Project

Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)
Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)

Egypt has reported significant progress in the construction of the El-Dabaa nuclear power plant in the country’s northwest, a project being developed in cooperation with Russia. The government announced on Tuesday that more than 20% of the project has been completed.

Egypt and Russia signed a cooperation agreement on November 19, 2015, to establish the nuclear power station at a cost of $25 billion, funded through a Russian government loan. The final agreements for El-Dabaa were signed in December 2017.

The plant will consist of four nuclear reactors with a total generation capacity of 4,800 megawatts, each producing 1,200 megawatts. The first reactor is scheduled to begin operations in 2028, with the remaining units coming online gradually as part of Egypt’s energy mix.

In its quarterly performance report, the Egyptian government stated that the project aligns with efforts to expand the peaceful use of nuclear energy within the national power grid.

President Abdel Fattah al-Sisi emphasized in November the importance of executing energy projects efficiently and on schedule, calling them a pillar of Egypt’s development strategy. He underscored the need to adhere to the project timeline while ensuring the highest standards of execution and workforce training.

Also in November, Prime Minister Mostafa Madbouly reaffirmed Egypt’s commitment to the project, stating that El-Dabaa would enhance renewable energy capacity and stabilize the national power grid.

In early March, Russia’s Atomstroyexport announced that construction on the second reactor at El-Dabaa had progressed ahead of schedule. According to the Egyptian Nuclear Power Plants Authority, the second tier of the inner containment structure had been installed at the reactor building.

Egypt experienced widespread power outages last summer, which ended in late July after securing sufficient fuel supplies for its power plants.

The El-Dabaa project is part of Egypt’s strategy to diversify its energy sources, generate electricity to meet domestic demand, and reduce reliance on imported gas and other fuels.

On Tuesday, the government also announced an additional 200 megawatts of private-sector solar power capacity as part of its efforts to expand renewable energy. Officials said the move would support energy diversification and advance the country’s sustainable development strategy.