Term 241

Waste To Methanol Project (Wealthanol)

The Public Voted Project Award

Project Type: Self-Initiated

Project Description

What if waste wasnط·آ·ط¢آ·ط·آ¢ط¢آ£ط·آ·ط¢آ¢ط·آ¢ط¢آ¢ط·آ·ط¢آ£ط·آ¢ط¢آ¢ط·آ£ط¢آ¢ط£آ¢أ¢â‚¬ع‘ط¢آ¬ط·آ¹أ¢â‚¬ع©ط·آ·ط¢آ¢ط·آ¢ط¢آ¬ط·آ·ط¢آ£ط·آ¢ط¢آ¢ط·آ£ط¢آ¢ط£آ¢أ¢â‚¬ع‘ط¢آ¬ط£آ¢أ¢â€ڑآ¬ط¹â€ ط·آ·ط¢آ¢ط·آ¢ط¢آ¢t a problem but a solution? Our project transforms inorganic waste into methanol, reducing emissions, creating sustainable profits. This is the future weط·آ·ط¢آ·ط·آ¢ط¢آ£ط·آ·ط¢آ¢ط·آ¢ط¢آ¢ط·آ·ط¢آ£ط·آ¢ط¢آ¢ط·آ£ط¢آ¢ط£آ¢أ¢â‚¬ع‘ط¢آ¬ط·آ¹أ¢â‚¬ع©ط·آ·ط¢آ¢ط·آ¢ط¢آ¬ط·آ·ط¢آ£ط·آ¢ط¢آ¢ط·آ£ط¢آ¢ط£آ¢أ¢â‚¬ع‘ط¢آ¬ط£آ¢أ¢â€ڑآ¬ط¹â€ ط·آ·ط¢آ¢ط·آ¢ط¢آ¢re building. Inorganic waste causes significant environmental challenges due to inefficient disposal methods. Our project aims to address this issue by designing a sustainable plant that converts inorganic waste into methanol while minimizing harmful emissions and optimizing resource utilization.


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Project Team

Mohammed Emad Alkhateeb
Mohammed Emad Alkhateeb
Industrial & Systems Engg.
Abdullah Mufeed Aldalawe
Abdullah Mufeed Aldalawe
Applied Civil Engineering
Mohammed Yousef Al Dowais
Mohammed Yousef Al Dowais
Applied Mechanical Engineering
Mohammed Sattam Alammaj
Mohammed Sattam Alammaj
Industrial & Systems Engg.
Salim Khalid Alyahyai
Salim Khalid Alyahyai
Chemical Engineering

Team Coach

Dr. Abdulrahman Al-Qadami
Dr. Abdulrahman Al-Qadami
Assistant Professor

Department of Electrical Engineering

Interdisciplinary Research Center for Communication Systems and Sensing