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 OverView
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Since 2021, I was selected as one of the World?s Top 2% most-cited scientists by Stanford University. As a highly motivated PhD holder in chemical engineering, I posse a solid foundation in designing and implementing solutions for technical challenges in the field of energy conservation and heat exchangers networks in various process chemical plants. I excel in enhancing operational efficiency and ensuring compliance with industry standards. With hands-on experience in diverse chemical processes and a keen eye for detail, I adept at analyzing data, identifying improvement opportunities, and driving continuous advancements. Presently, I am involved in several research teams on Energy and Environment. Also, continuously pursuing professional growth in sustainable and cutting-edge technologies within the field of chemical engineering
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 Research Intersets:
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a. Heat Exchanger Network using the concept of pinch analysis.
b. Twisted tape inserts as enhancement tool in shell and tube heat
exchangers.
c. Heat Transfer enhancement in compact heat exchangers.
d. Solar Energy and Conversion.
e. Implementation of environmental concepts to minimize the
industrial pollutants.
f. NOx and CO2 emissions and treatments.
g. Water and wastewater treatment technologies for the removal of
heavy metals.
h. Recovery of NaCl from Dead Sea Waters.
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 Qualifications
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Degree
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University
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Specialization
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Graduation year
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| 1 | PHD | The University of Manchester | Chemical Engineering | 1997 | | 2 | MASTER DEGREE | The University of Manchester | Chemical Engineering | 1994 | | 3 | BACHELOR'S DEGREE | University of Jordan | Chemical Engineering | 1992 |
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 Publications
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1- Clearer Map Flow of Diffuse Idiopathic Skeletal
Hyperostosis: A Concise Review ,European Journal of Medical and Health Research, 2025,Vol. ,no. .
2- General Correlations for the Performance Prediction Of Strip Fin Plate-Fin Surfaces ,Journal of Applied Engineering Science, 2025,Vol. 23,no. March.
3- Insights into Design Parameters to Improve Gasketed-Plate Heat Exchanger Performance ,Chemical Engineering Transactions, 2025,Vol. ,no. .
4- Improving the prediction of the thermohydraulic performance of secondary surfaces and its application in heat recovery processes ,Energy, 2022,Vol. 261,no. Part B1.
5- Evaluation of ultra-filtration ceramic membrane plant for the treatment of drinking water from Ram group aquifers in south Jordan ,Groundwater for Sustainable Development, 2022,Vol. 16,no. February.
6- Towards the Development of Generalized Correlations for the Design of Compact Heat Exchangers ,Chemical Engineering Transactions, 2021,Vol. 88,no. November.
7- On the solution of the population balance equation: From global to local constrained maximum entropy method ,Chemical Engineering Science, 2019,Vol. 209,no. December.
8- Radon in the groundwater in the Amman-Zarqa Basin and related environments in Jordan ,Groundwater for Sustainable Development, 2018,Vol. ,no. .
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 University Courses Taught
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1- Heat Transfer Processes.
2- Chemical Thermodynamics.
3- Chemical Process Design.
4- Chemical Engineering Principles.
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 Journals Editor/ Reviewer
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Editors
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 Energy Sources, Part B: Economics, Planning and Policy.
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