Dr. Dina Ahmed Kamel
Graduation Projects Coordinator
305 Building A

Dr. Dina earned her B.Sc. in Chemical Engineering in 2009 from Cairo University with a very good degree with honour and ranked the forth. Dr. Dina finished her pre-M.Sc. courses in Chemical Engineering in 2010 from Cairo University with a B+ grade and GPA 3.79, and then earned her M.Sc. in 2012 in the topic of ‘Environmental and economical redesign of an existing crude oil distillation system’ Dr. Dina finished her pre-Ph.D. courses from Cairo University in 2013 with a grade of A- and GPA of 3.9.. Finally finished my PhD in July 2016 in the topic of heat integeration.

Education
PhD in Chemical Engineering   Cairo University   2012-2016
Msc in Chemical Engineering   Cairo University    2009-2012
Bsc in Chemical Engineering   Cairo University     2004-2009
Research Interests

-Heat integration
-Mass integration
-Separation and distillation
-Crude oil Refining
-Environmental protection methods

Journal Articles
  • Kamel.D, Gadalla.M., Ashour.F., Revamping of heat exchanger network of an Egyptian refinery plant using new Temperature driving Force (TDF) graphical technique, Chemical
    Engineering Transactions, Vol 52, 337-342, 2016
  • Kamel.D, Gadalla.M., Ashour.F, A new graphical technique for energy efficient design of heat recovery system in chemical/refining industries, IJES, Vol 4, 33-35, 2016
  • Gadalla .M, Abdelaziz.O, Kamel.D, Ashour.F, A rigorous simulation-based procedure for retrofitting an existing Egyptian refinery distillation unit, Energy, 83, 756-765, 2015.
  • Kamel.D., Gadalla.M., Ashour.F., New retrofit approach for optimization and modification for a crude oil distillation system, Chemical Engineering Transactions, Vol.35,2013
  • Kamel.D., Gadalla.M., Ashour.F., A New Optimisation Based Retrofit Approach for Revamping an Egyptian Crude Oil Distillation Unit, Energy Procedia , Vol 36, 454 – 464, 2013
  • Kamel.D., Gadalla.M., M, Abdelaziz.O., Ashour.F., Temperature driving force (TDF) curves for heat exchanger network retrofit e A case study and implications, Energy, 123, 283-295, 2017.
  • Kamel.D., Gadalla.M., Ashour.F., Analysis and revamping of heat exchanger networks for crude oil refineries using temperature driving force graphical technique, Clean techn environ
    policy, 2017.
  • Kamel.D, Gadalla.M., Ashour.F, A new graphical technique for energy efficient design of heat recovery system in chemical/refining industries, Sustainable Vital Technologies in Engineering & Informatics , Cairo, Egypt; 12/ 2016
Conference Papers
  • Kamel.D, Gadalla.M., Ashour.F., Revamping of heat exchanger network of an Egyptian refinery plant using new Temperature driving Force (TDF) graphical technique, 19th Conference on Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction PRES 2016, Prague, Czech Republic; 8/2016
  • Kamel.D., Gadalla.M., Ashour.F, New Retrofit Approach for Optimization and Modification for A Crude Oil Distillation, 6th Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction, Rhodes, Greece; 09/2013
  • Gadalla.M., Kamel.D, Ashour.F Noor el din. H, A New Optimisation Based Retrofit Approach for Revamping an Egyptian Crude Oil Distillation Unit, TerraGreen 13 International Conference -Advancements in Renewable Energy and Clean Environment, Beirut, Lebanon; 02/2013