Aramco, KAUST to Form Consortium for Nonmetallics and Composites in Energy Applications

Logo of Saudi Aramco is seen at the 20th Middle East Oil & Gas Show and Conference (MOES 2017) in Manama, Bahrain, March 7, 2017. (Reuters)
Logo of Saudi Aramco is seen at the 20th Middle East Oil & Gas Show and Conference (MOES 2017) in Manama, Bahrain, March 7, 2017. (Reuters)
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Aramco, KAUST to Form Consortium for Nonmetallics and Composites in Energy Applications

Logo of Saudi Aramco is seen at the 20th Middle East Oil & Gas Show and Conference (MOES 2017) in Manama, Bahrain, March 7, 2017. (Reuters)
Logo of Saudi Aramco is seen at the 20th Middle East Oil & Gas Show and Conference (MOES 2017) in Manama, Bahrain, March 7, 2017. (Reuters)

The King Abdullah University of Science and Technology (KAUST) has signed an agreement with Aramco to establish a technology consortium focusing on performance and integrity management of nonmetallics and composites in energy applications (ENERCOMP), said KAUST in a statement.

Aramco has joined ENERCOMP as a founding member and first research sponsor to further advance nonmetallic materials in the energy sector.

"The five-year technology consortium represents a significant university-based R&D investment in nonmetallics and composites in the Kingdom, setting an example of bringing a new technology value chain together to strengthen the Kingdom’s position in the energy and materials transitions," said the statement.

The joint investment aims to support the Kingdom’s vision toward sustainability and diversification through the development of less energy-intensive and lower carbon-footprint materials.

Aramco will leverage its experience from relevant initiatives such as the Rice University Carbon Hub in the US and the Nonmetallic Innovation Center (NIC) in the UK to support ENERCOMP in transforming fundamental science into deployable integrity management solutions. This will increase industry confidence in the long-term role that nonmetallics and composites can play as an integral part of the materials transition.

Similar to the NIC model, the initiative will encourage other energy sector players to join the consortium and utilize KAUST’s cutting-edge research capabilities in engineering solutions, AI and material science.

Aramco Senior Vice President of Technology Oversight and Coordination Dr. Ali Al-Meshari said: "Through this collaboration, we aim to create an innovation hub for advanced composites in the Kingdom. By focusing on the development and integration of smart and cost-effective sensors in composite materials and applying emerging AI solutions, we can deploy novel integrity management technologies to the energy industry at large."

Director of ENERCOMP and KAUST Professor of Mechanical Engineering Prof. Gilles Lubineau highlighted the significance of this step, saying that ENERCOMP represents a new era of collaboration between KAUST and energy sector leaders.

The ambitious industry-focused partnership aims to establish a specialized team at KAUST to support engineering applications of nonmetallics and composites throughout the energy value chain. By supporting the Kingdom's nonmetallic and composite agenda, ENERCOMP will deliver innovative solutions crucial for a sustainable future, he added.



GCC Signs Landmark Electricity Market Connection with Iraq

Deputy Governor of the Eastern Province oversees the signing of a contract for the implementation of the project of linking the Gulf Electricity Market with Iraq (SPA)
Deputy Governor of the Eastern Province oversees the signing of a contract for the implementation of the project of linking the Gulf Electricity Market with Iraq (SPA)
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GCC Signs Landmark Electricity Market Connection with Iraq

Deputy Governor of the Eastern Province oversees the signing of a contract for the implementation of the project of linking the Gulf Electricity Market with Iraq (SPA)
Deputy Governor of the Eastern Province oversees the signing of a contract for the implementation of the project of linking the Gulf Electricity Market with Iraq (SPA)

The Gulf Cooperation Council (GCC) countries signed on Wednesday a contract to implement a project linking the Gulf electricity market with Iraq. The project aims to strengthen energy security and will allow the GCC states to supply Iraq with approximately 3.94 terawatt-hours of electricity annually at competitive prices.
The signing ceremony took place at the Gulf Electricity Interconnection Authority headquarters in Dammam (eastern Saudi Arabia), under the patronage of Prince Saud bin Bandar bin Abdulaziz, Deputy Governor of the Eastern Province.
The event also marked the inauguration of an upgrade to the control center systems of the Gulf Electricity Interconnection Authority. The ceremony was attended by the Authority’s CEO, Eng. Ahmed Al-Ibrahim, and the CEO of the Gulf Laboratory Company, Eng. Saleh Al-Omari.
The Deputy Governor launched the upgraded control center systems for the electricity interconnection network, designed to improve the efficiency and flexibility of electricity systems in addressing both current and future challenges.
The upgrade also enhances cybersecurity by adopting advanced technologies that offer high levels of protection against cyberattacks and growing threats, ensuring safe and efficient operations. This initiative is expected to contribute to improved grid stability, boost operational capacity, and support the transition to clean energy.
Prince Saud noted that the project linking Iraq to the Gulf electricity market will help ensure a sustainable energy supply, facilitate local projects, and enhance the stability of Iraq’s electrical grid. This will reduce reliance on costly traditional energy sources and increase the efficient use of available resources.
He added that the project is considered one of the key strategic initiatives that foster economic and social cooperation between the GCC and neighboring countries.
For his part, Al-Ibrahim said that since its launch, the project has successfully prevented any partial or total blackouts in GCC electricity networks by providing immediate emergency support. The interconnected grid, which spans over 1,000 kilometers from Kuwait to Oman, has facilitated more than 2,800 instances of power support since operations began, including over 50 cases of renewable energy loss.
He revealed that the project has so far saved approximately $3.6 billion in costs, compared to the project’s investment and operational expenses, which totaled around $1.5 billion.