Faculty Research Interests
faculty members have a diverse background and are active in different research
shown in the following table.
|Abu Al-Rub||Fermentation. Bioseparation. Water treatment. Biofuels. Bioprocess Engineering and Fermentation Technology. Biomass Conversion and Adsorption. Kinetics and industrial Biotechnology.|
|Abu Arabi||Water Quality. Water and Wastewater Treatment. Environmental Management and Environmental Analysis. Environmental Impact Assessment. Sustainable Development and Renewable Energy Technologies. Solar Desalination. |
|Al-Harahsheh||Microwave-assisted extraction of metals. Leaching of copper minerals. Leaching of aluminum from clay minerals. Synthesis of nanomaterials and their applications in metal extraction. Oil shale processing.|
Separation Technology and Mining Extraction, Wastewater Treatment. Adsorption and Kinetics.
Synthesis and characterization of nanomaterials. Nanomaterials in renewable energy applications.
Aerogels synthesis and applications.
Nanofibers via electrospinning.
Polymeric Materials Characterization, Tissue Engineering, Nanomaterials Synthesis, Thin Film Deposition and Leaching of valuable metals. Experimental characterization and modeling of a nanofiber.
|Allaboun||Extraction and Adsorption. Ion Exchange Resins and Surface Adsorption. Wastewater Treatment and Water Purification Technologies. Separation Science and Metallurgical Engineering.|
|Allawzi||Reaction engineering. Supercritical fluid extraction. Hydrocarbon Extraction and Petroleum Exploration. Supercritical Fluid Extraction. Environmental Engineering Modeling and Simulation. Production of Activated Carbon from Jojoba Seed.|
|Neural Fuzzy applications. Food Rheology and Food QA. Ultrasonic Treatment and Microwave- Assisted process.|
|Al-Otoom||Renewable Energy, Drying and Adsorption. Biodiesel production. Crystallization. Thermodynamics.|
|Al-Saleh||Nanotechnology, Polymer processing, and Polymer Chemistry. |
|Azzam||Olive mill wastewater treatment and valorization. Membranes synthesis and applications on wastewater. Polymer-nano-ceramic composites. Shale oil extraction. Hydrodesulfurization of shale oil. Catalysts synthesis. Emulsions. Electrolysis. |
|Hasan||Solar desalination. Bioenergy. Membrane processes and Wastewater Treatment. Biogas production. |
|Hussain||Membranes. Data Analysis. Polymerization and Nanocomposites. Modeling and Kinetics using the Nonequilibrium Thermodynamics Approach.|
|Jumah||Industrial drying. Fluidization and fluid-particle systems. Advanced wastewater treatment. Fuzzy logic and neural networks in chemical engineering. Analysis Heat & Mass Transfer processes|
|Kandah||Nanotechnology. Renewable energy. Bioplastic solid waste utilization. Fuel cells. Thermal Plasma Technology (Physical Vapor Deposition (PVD)), Adsorption. Nanotechnology. Production of biodegradable bioplastics from natural wastes. Detergent manufacturing and development.|
|Zeatoun||Air pollution and its control. Water and wastewater treatment. Adsorption and Material Characterization. |