Mohammad A. Al-Ghouti obtained his PhD in
Environmental Chemistry from Queen’s University in Belfast, UK. He is currently
a Professor of Environmental Chemistry and the Head of the Department of Biological and Environmental Sciences at the College of Arts and Sciences, Qatar
University. He has been listed among the top 2% of the most influential
scientists in the world across all sciences, according to a study conducted at
Stanford University based on the (Scopus) database for the years 2019, 2020, 2021, 2022, and 2023.
The focuses of his research include the preparation and modification of the
surfaces of adsorbents; the treatment of produced water, polymers, and
membranes; adsorption mechanisms and the influence of chemical and physical
characteristics on the remediation behavior of various environmental
compartments; environmental chemistry; membrane coating and technology; polymer
and membrane modification; controlling CaSO4 scaling and biofouling on reverse
osmosis membranes; nanoparticles for water treatment; municipal and industrial
wastewater; chemometric environmental remediation; cleaner production;
extraction processes; natural adsorbent chemistry; nano-adsorbents; waste
treatment; waste minimization; and water and wastewater treatment and
adsorption.
Research Keywords & Expertise
Adsorption
Polymer Composites
Waste Management
scaling
Membrane Fabrication
Water and wastewater t...
RO fouling
Fingerprints
28%
Adsorption
8%
scaling
5%
Waste Management
5%
Water and wastewater treatment
5%
Polymer Composites
5%
RO fouling
Short Biography
Mohammad A. Al-Ghouti obtained his PhD in
Environmental Chemistry from Queen’s University in Belfast, UK. He is currently
a Professor of Environmental Chemistry and the Head of the Department of Biological and Environmental Sciences at the College of Arts and Sciences, Qatar
University. He has been listed among the top 2% of the most influential
scientists in the world across all sciences, according to a study conducted at
Stanford University based on the (Scopus) database for the years 2019, 2020, 2021, 2022, and 2023.
The focuses of his research include the preparation and modification of the
surfaces of adsorbents; the treatment of produced water, polymers, and
membranes; adsorption mechanisms and the influence of chemical and physical
characteristics on the remediation behavior of various environmental
compartments; environmental chemistry; membrane coating and technology; polymer
and membrane modification; controlling CaSO4 scaling and biofouling on reverse
osmosis membranes; nanoparticles for water treatment; municipal and industrial
wastewater; chemometric environmental remediation; cleaner production;
extraction processes; natural adsorbent chemistry; nano-adsorbents; waste
treatment; waste minimization; and water and wastewater treatment and
adsorption.