Term 242
Olive Waste Utilization for Producing Sustainable and Innovative Interlocking Masonry Blocks with Re
Project Type: Self-Initiated
Project Description
Cement production accounts for ~8% of global COط£آ¢أ¢â‚¬ع‘أ¢â‚¬ع‘ emissions, while Saudi Arabiaط£آ¢أ¢â€ڑآ¬أ¢â€آ¢s Al-Jouf region generates large volumes of olive waste, creating disposal challenges. This project tackles both problems by converting olive pits into biochar through pyrolysis and using it to replace 10ط£آ¢أ¢â€ڑآ¬أ¢â‚¬إ“30% of cement in interlocking blocks. The aim is to develop a sustainable, durable, and eco-friendly building material that reduces emissions, manages waste, and supports Saudi Vision 2030.
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Project Team
Ibraheem Abdulmalik Aljeraisi
CEAbdulrahman Muqbel Alshalwi
CEAbdulaziz Ahmed Alghamdi
CHEAbdulmohsen Abdullah Alfawaz
CHEOmar Anwar Alghamdi
MEAbdulrahman Khaled Alammash
METeam Coach
Dr. Asad Hanif
Assistant ProfessorDepartment of Civil and Environmental Engineering
Interdisciplinary Research Center for Construction and Building Materials