Dr. Munir Eldesouki, President of the King Abdulaziz City for Science and Technology (KACST), reaffirmed Saudi Arabia’s dedication to reaching net-zero emissions by 2060, emphasizing the Kingdom’s nationwide innovation technique to broaden clear power options and make investments in deep applied sciences that would contribute up to 40% of future emissions discount.

Eldesouki made the remarks throughout a panel session titled “The Road to Sustainability: Toward a Carbon-Free Society” at the Science and Technology in Society (STS) Forum held in Kyoto, Japan. The session was attended by Emperor Naruhito of Japan, Prime Minister and Honorary Chairman Shigeru Ishiba, senior officers, trade leaders, and representatives of worldwide organizations.

Highlighting the Kingdom’s complete strategy, Eldesouki stated Saudi Arabia has adopted the Circular Carbon Economy (CCE) framework to meet its Vision 2030 objectives.

“The Kingdom strives to reach net-zero emissions by 2060 through pioneering initiatives that include reducing 278 million tons of carbon emissions annually, planting 10 billion trees under the Saudi Green Initiative, capturing 44 million tons of carbon dioxide each year by 2035, and achieving a 50% clean energy mix by 2030,” he acknowledged.

Eldesouki additionally underscored Saudi Arabia’s developments in renewable power and innovation, citing tasks such because the Carbon Capture Center at Aramco, large-scale battery storage methods in Bisha, and inexperienced hydrogen and ammonia services in NEOM. These initiatives, he stated, strengthen power safety and improve industrial competitiveness.

He additional highlighted Saudi Arabia’s worldwide collaborations, together with partnerships with the University of California, Berkeley in clear power, water desalination, and carbon seize analysis. The Kingdom has additionally applied AI-powered monitoring methods throughout Hajj to improve real-time decision-making and operational effectivity.

As the Kingdom’s nationwide laboratory, KACST performs a central position in driving analysis and improvement throughout sustainability sectors. Eldesouki famous that present analysis applications deal with changing carbon waste into hydrogen gasoline, extracting water from desert environments, and enhancing photo voltaic panel effectivity in harsh climates.

He added that Saudi Arabia can also be adopting cutting-edge applied sciences in semiconductors, synthetic intelligence, and satellite tv for pc monitoring to monitor desertification, emissions, and water administration, reinforcing its place as a regional chief in science-driven sustainability innovation.


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