Omani Students Unleashed a Carbon-Cutting Creation

A brilliant team of Omani students recently scored big, winning first place at a global exhibition for their groundbreaking invention. They developed a clever device called ‘AEROCARBON’ that uses a special rock to significantly reduce carbon dioxide emissions from car exhausts, making our air a whole lot cleaner. This innovative solution could be a game-changer for environmental protection.

A Winning Idea Emerged

Under the keen eye of Majid bin Khalfan Al Maqbali, students Omar bin Isa Al Barmani and Tamim bin Yousef Al Mamari from Naeim bin Masaud Basic Education School crafted a remarkable invention. Their ‘AEROCARBON’ device clinched the top prize in the environment category at the 36th International Invention, Innovation, and Technology Exhibition, known as ITEX 2025, held in vibrant Kuala Lumpur, Malaysia. This impressive feat showcased their talent on an international stage.

How Carbon Was Conquered

The secret behind AEROCARBON’s success lies in its use of peridotite rock. Al Barmani explained that this eco-friendly invention works by installing a filter packed with peridotite particles, which ingeniously transform carbon dioxide into calcium carbonate when a car engine starts. Test results from a certified laboratory at Sultan Qaboos University confirmed the device’s remarkable ability to slash carbon dioxide emissions from both ambient air and car exhausts by over 50 percent, a truly significant environmental win.

Omani students invent a device that helps reduce carbon dioxide emissions

Global Stage For Genius

The participation in ITEX 2025 was more than just a competition; it served as a golden opportunity for the students to exchange knowledge and insights with fellow innovators from around the world. Supervisor Majid bin Khalfan Al Maqbali highlighted the exhibition’s role as an international platform where inventions, investors, and business professionals converge, fostering connections and showcasing diverse scientific projects. This exposure is crucial for budding inventors.

From Vision To Victory

Student Tamim Al Mamari shared the journey of their project, detailing how ‘AEROCARBON’ was handpicked from a pool of impressive entries at the National Olympiad for Scientific Innovation, Robotics, and Artificial Intelligence. This rigorous selection process underscores the device’s merit and the team’s dedication. The successful patent acquisition for their innovation further solidifies its impact and potential for widespread application.

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