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Pharos University in Alexandria Faculty of engineering Petrochemical Department

Pharos University in Alexandria Faculty of engineering Petrochemical Department. PE 400-1,400-2 Graduation projects of Petrochemical Department By Head of Petrochemical Department Prof. Dr. Ramadan Abu Elala 2012-2013. Outlines. Definition of the Graduation Project.

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Pharos University in Alexandria Faculty of engineering Petrochemical Department

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  1. Pharos University in AlexandriaFaculty of engineeringPetrochemical Department PE 400-1,400-2 Graduation projects of Petrochemical Department By Head of Petrochemical Department Prof. Dr. Ramadan Abu Elala 2012-2013

  2. Outlines • Definition of the Graduation Project. • Standards in writing the graduation project. • Topics for graduation projects.

  3. Definition of Graduation project • The graduation project demonstrates the skills of research, implementation (Experimental or Modeling), writing, and oral presentation. • It is a necessity in order to graduate from any department in the faculty. • It is completed during two semesters. • The graduation project will be evaluated at the end of the year by external examiners.

  4. Standards in writing the graduation project • Cover Page • Table of contents • List of Figures • List of Tables • Nomenclature • Summary • Introduction

  5. Standards in writing the graduation project • Chapter (1) : Theoretical part • Chapter (2) : Literature Survey • Chapter (3): Experimental work • Chapter (4): Results and discussions • Chapter (5) :Conclusions • Chapter (6) :Recommendations • References • Appendices

  6. Topics for graduation projects

  7. Project (1)Heavy metal removal from aqueous solutions by zeolite

  8. Aim of the project: • Lead and Chromium removal from wastewaters by zeolites will be examined by using a batch-type method. The removal efficiencies and kinetics of heavy metals such as lead and Chromium on zeolites will be investigated .

  9. Variables to be studied: Different variables will be studied • Analysis: Atomic absorption pH meter

  10. Applications: Applied in waste water treatment plant .

  11. Project (2)Removal of phenol and phenolic compound from aqueous solution by activated carbon

  12. Aim of the project: • The aim of the present study is to investigate the adsorption equilibrium of phenolic compounds phenol, 2-chlorophenol, 3-chlorophenol and o-cresol on granular activated carbon.

  13. Variables to be studied: Different variables will be studied • Analysis: • UV spectophotometry • pH meter

  14. Applications: • In industrial waste water treatment plant

  15. Project (3) Removal of heavy metals using metal oxide nano particles

  16. Aim of the project: • Producenano material that can be used as adsorbent for Industrial waste water treatment and study the adsorption process.

  17. Variables to be studied: Different variables will be studied • Analysis: • UV spectophotometry • Atomic absorption .

  18. Applications: • In industrial waste water treatment plant

  19. Project (4)Organic pollutants Removal using metal oxide Composites

  20. Aim of the project: Is to produce metal oxide that can be used for removing poly cyclic hydrocarbons

  21. Variables to be studied: • Different variables will be studied Analysis: • UV-Spectrophotometer

  22. Application • In industrial waste water treatment plant

  23. Project (5)DESIGN OF UREA PLANT

  24. Aim of the project: • A plant survey is organized in order to collect actual plant data and plant information. A mass and energy balance are developed reflecting actual operating condition.

  25. Design steps: • Steps & Flow Sheet • Over all mass & energy balance • Design of some units: H.Ex, reactors & absorption tower

  26. Application IN FERTILIZERS PLANT

  27. Project (6)Mixer settler arrangement for liquid -liquid extraction

  28. Aim of the project: • Design of mixer settler arrangement . • Cost:~1000 L.E

  29. Design steps: • Mixer settler design • Power consumption • Test the extraction efficiency of the system .

  30. Application In petrochemicals industries .

  31. Project (7)Equilibrium and Kinetics of removal of nickel from wastewater using a cation-exchange resin in a batch-stirred tank reactor

  32. Aim of the project: • Nickel removal from wastewaters by cation exchange resin using a batch-type method.

  33. Variables to be studied: Different variables will be studied • Analysis: Atomic absorption

  34. Applications: Applied in waste water treatment plant .

  35. Project (8) Desalination of sea water by application of some combined adsorbents.

  36. Aim of the project: • Remove salinity parameters from sea water using different types of adsorbents in batch experiments.

  37. Variables to be studied: Different variables will be studied Analysis: • Analytical methods and instruments.

  38. Applications: In Desalination plant .

  39. Project (9)Removal of naphthols from petrochemical .

  40. Aim of the project: Using electrochemical techniques to remove naphthols from petrochemical waste water  

  41. Variables to be studied: Different variables will be studied Analysis: • Spectrophotometer

  42. Applications: Applied in waste water treatment plant

  43. Project (10)Determination of wax precipitation from crude oil .

  44. Aim of the project:  removal of paraffinic wax from crude oil to overcome the problems during pumping .

  45. Variables to be studied: Different variables will be studied Analysis: • Gravimetric analysis • Pour point

  46. Applications: In petroleum and petrochemical industries .

  47. Project (11)Recovery crude oil(shale-oil petroleum like ) .

  48. Aim of the project: •  shale oil extraction process. • Evaluate the efficiency of extraction process.

  49. Variables to be studied: Different variables will be studied Analysis: Turbidity meter

  50. Applications: In petroleum and petrochemical industries .

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