Term 251

Next-Gen Wood: Creating Strong Wood Through Chemical and TEAM Mechanical Process

Project Type: Self-Initiated

Project Description

Natural wood is weak, swells, and fails against fire and insects. Our Next- Generation Wood, engineered by chemical treatment and hot pressing is 10X stronger, moisture and fire resistant, yet affordable and sustainable. The Next-Gen Wood project successfully defined and validated a pathway to transform low-value wood into a highstrength structural bio-composite, meeting all multi-disciplinary targets. The resulting material exhibits 10 times the strength and 11 the stiffness of natural wood, making it a viable alternative to metals in applications like door and window frames. By replacing high-carbon materials (Aluminum) and managing waste, the project aligns directly with Saudi Vision 2030's goals for local, sustainable, and innovative manufacturing. We will focus on advanced process development, including Closed-Loop Recycling of chemical liquors, ME Mold Optimization for complex shapes, and a full Life Cycle Assessment (LCA) for market readiness.


Poster not available


Project Team

Yazeed Alqahtani
Yazeed Alqahtani
Industrial & Systems Engg.
Yosef Almutairi
Yosef Almutairi
Chemical Engineering
Battar Alamri
Battar Alamri
Applied Mechanical Engineering
Ahmed Almajnouni
Ahmed Almajnouni
Applied Chemical Engineering

Team Coach

Dr. Esam Alhomaidi
Dr. Esam Alhomaidi
Assistant Professor

Department of Industrial and Systems Engineering

Interdisciplinary Research Center for Smart Mobility and Logistics