University of Al-Qadisiyah - College of Engineering
Chemical Engineering Department
Salih Abduljabbar Salih Rushdi
Education
2006
Chemical Engineering Dept., Baghdad Univ.
Chemical Engineering, Mass Transfer
Ph.D in chemical Engineering
2000
Chemical Engineering Dept., Baghdad Univ.
Chemical Engineering, Process Design
Mc.S in chemical Engineering ,
1992
Chemical Engineering Dept., Baghdad Univ
Chemical Engineering
BeC in chemical Engineering
Biography
Academic Positions:
Professor of chemical engineering Engineering, University of Al-Qadisiyah, 2008-present
Head of Chemical Engineering Dept., University of Al-Qadisiyah, 2011-2019
Higher Education office, chemical Engineering, University of Al-Qadisiyah, 2021-present
Teaching
Mass Transfer
Separation process
Chemical Process Design
Chemical Equipment Design
Research
Research interests
Transport Phenomena, mass transfer, separation process, Aspen Hysys.
Publications
Prediction of Heat Transfer Coefficient of Pool Boiling Using Back propagation Neural Network
Simulation Study of Mass Transfer Coefficient in Slurry Bubble Column Reactor Using Neural Network
DEVELOPING CORRELATION FOR PREDICTION OF GAS HOLDUP USING GENETIC ALGORITHM
Multilayer Perceptron prediction for the Production of Methyl Acetate via Reactive Distillation
Electrochemical Preparation of Ultrafine Zinc Powder
Prediction of Mass Transfer Coefficient in Bubble column Using
Wellbore trajectory optimization using rate of penetration and wellbore stability analysis
Synthesis of activated carbon of lote wood and study its physical properties
Drilling rate of penetration prediction of high-angled wells using artificial neural networks
Performance Comparison Between Different Control Algorithms in Regulating DC-Voltage
A Taguchi Approach for optimization of mass transfer coefficient in metronidazole drug delivery process and activated carbon as a carrier
Modeling rate of penetration for deviated wells using artificial neural network
Mass Transfer Coefficient Study for Unloading of Naproxen from Activated Carbon as Drug Delivery
Experimental Study for Loading & Unloading of Cefixime on Activated Carbon as Delivery Drug.
An Experimental Investigation of Overall Mass Transfer coefficient (KGa) of CO2 absorption using Monoethanolamine (MEA) and Diethanolamine (DEA) in a Bubble Column Reactor (BCR)
Mass Transfer Coefficient Study for Release of Naproxen from Activated Carbon for Drug Delivery application
Investigation of overall mass transfer coefficient of CO2 absorption in packed Column
An Experimental Study of Mass Transfer coefficient of CO2 absorption using Different Amines in a Packed Column
Investigation of overall mass transfer coefficient of CO2 absorption in to aqueous blended Monoethanolamine (MEA), Diethanolamine (DEA) and Triethanolamine (TEA) measured in Bubble column Reactor solution
Improvement the corrosion Behavior of Titanium by Nanotubular Oxide in a simulated saliva solution
Application of Taguchi Method for Optimization Cadmium Separation by Emulsion Liquid Membrane
An Experimental Study and Mass Transfer Investigation for Removing Cd+2 Ions from Water Using Liquid Membrane
Possibility of utilizing the lemon peels in removing of red reactive (RR) dye from simulated aqueous solution
Investigation on production of sustainable activated carbon from walnuts shell to be used in protection from COVID-19 disease
A Taguchi approach for optimization of mass transfer coefficient in metronidazole drug delivery process and activated carbon as a carrier
Investigation of the Effects of Salt and Magnetic Field on Mass Transfer Coefficient of Water Evaporation under Different Conditions
Experimental Modeling for Methylene Blue Active Substances MBAS Adsorption from Water Using Different Sustainable Activated Carbon in Fixed Bed Column
An Experimental Investigation of Mass Transfer Coefficient of CO2 Capture in a Packed Bed
Patents
Iraqi Patent, No 3123 , 2002