Overview

Our lab develops next-generation catalytic materials and processes to tackle global challenges in carbon valorization, clean energy, and water remediation. By combining molecular-level catalyst design, advanced characterization, and systems engineering, we bridge fundamental science with scalable solutions for industry.

Approach

We integrate state-of-the-art methods in:

Goal: Develop structure-function relationships that predict catalyst performance, enabling rational design for real-world applications.

Research Areas

1- Carbon Valorization & CO₂ Utilization

Closing the carbon loop with atom-efficient catalysis We design catalysts (e.g., MOFs, zeolites) for CO₂ conversion to fuels/chemicals, emphasizing:

Example Projects:

2- Sustainable Fuels & Biomass Conversion

Transforming waste into energy and materials
We valorize agricultural/food waste via:

Key Focus:

3- Ultra-Clean Fuel Production

Near-zero sulfur fuels for refineries

4- Water Remediation & Resource Recovery

Carbon-based solutions for water-energy challenges

Why It Matters

Our work connects molecular-scale insights to process-scale impact:

Fundamental

Mechanistic studies guide catalyst design.

Applied

Pilot-scale validation and technoeconomic analysis.

Translational

Industry partnerships for deployment.

Collaborations: Interdisciplinary National Research Centers (IRCs) at KFUPM (e.g., Petroleum Conversion Center), theorists (DFT/AI), and industrial partners (Aramco Research and Development Center).