Permanent Address: Current address:1461 Ithaca Court, GUtech Mississauga, ON, L5J 4L1, Engineering DepartmentCANADA OMAN

Tel. #: 00968-953-800-15Email: ayham_rahawi@yahoo.com Email: ay ham.alrahawi@gutech.edu.om

EDUCATION

1. PhD. Chemical Engineering, University of Manchester-UMIST, England, 1985.‘Evaluation of Hydrodynamic and Mass transfer parameter in Rotating Disc Contactor, Liquid – Liquid Extraction, Using Forward Mixing Model.’

2. MSc. Chemical Engineering, University of Manchester-UMIST, England, 1981.‘Measuring Drop size and Size distribution in 7.62 cm RDC column’.

3. BSc. Chemical Engineering, University of Baghdad, Iraq, 1975.

PROFESSIONAL EXPERIENCE

1. 9.2014 – Up to date, German University of Technology in Oman (GUtech)

Department of Engineering (Process Engineering Section)Teaching:

A) Plant design I & II.B) Separation ProcessesC) Heat transferD) Mechanical process EngineeringE) Material & Energy BalanceF) Petroleum & Petrochemical ProcessesG) Project workshop I, II and III

2009 – 1.9.2013, Nizwa University, Associate Professor,Chemical and petrochemical engineering Department,Teaching:

H) Plant Design I&II (CHPE503 & 506);

I) Final Year Project I&II (CHPE507 & 508);;

In addition to teaching; Equipment design, Fluid Mechanics & Heat transfer

Sept 2006 – Oct 2009 Nizwa UniversityHoD Chemical and petrochemical engineering.Associate ProfessorTaught: Fundamental of Chemical Engineering, Materials Science & Engineering, Engineering Thermodynamics, and Introduction to Engineering,

2004 – 2006 Sultan Qaboos University, Oman

Department of Petroleum & Chemical Engineering Visiting consultant.

Taught: Introduction to Design, Petroleum Refinery, Petrochemical & Natural Gas Processes, Mechanical Separation Processes.

2002 - 2004 Stuart Energy System, Toronto, Canada Senior application Specialist, (Advanced Engineering Team)Acting team leader of re-designing and developing CF unit to meet European standards & CE marks.

Researcher worked on a process to separate gas liquid out of hydrogen cells.

Developed process for ultra-hydrogen gas purity using catalyst & membrane units to achieve 99.9999%: saving of $750,000.

2000 – 2002 Electrolyser Corp., Toronto - CanadaProposal & Application EngineerPreliminary custom process design, feasibility study, selecting of equipment,

Sizing equipment's for different TTR, MW, and CFA units.

1998 – 2002 Seneca College for Science & Technology, Toronto, CanadaAssociate ProfessorTaught: Industrial Chemistry, Organic & Polymer Chemistry, Molecular Bio-Chemistry, Applied Mathematics & Applied Physics.

1996 – 1997 University of Seventh of April, Zaouia, Libya Chemical Engineering Department Associate Professor

Taught: Transport phenomena, Kinetics & Reactor Design, Mass Transfer, & Corrosion.

1993 – 1996 University of Nasser, Al-Khoms, Libya Chemical Engineering Department Head of department

Taught: Plant & Equipment Design

1986 – 1992 University of Technology, Baghdad, IraqChemical Engineering Department

Taught: graduate/undergraduate courses: Multiphase Flow, Mathematical Modeling Design, Compressible Flow, Supervised around twenty final design projects.

1985 - 1986 Ministry of Industry, Baghdad, Iraq, Project Manager To rebuild a damaged Nitric Acid Plant after an accident.

1975 - 1985 Coordinator with SGS Company (Italy)

2

Responsible for chemical part of Electronic ComplexDeveloped & coordinated schedule & implementation of administration policies for mechanical, electrical, chemical & civil design, safety programs, environmental design, maintenance & construction operations, materials & researchSupervised design groups, subcontractors & material delivery.

COMPUTER PROFICIENCY

HYSYS, Auto Cad-2000, C, Visual Basic, Microsoft Office, & FORTRAN

PUBLICATIONSPublished Refereed Journals and Conference:

1. Dr. Ayham. M. I. Al-Rahawi, Prediction of dispersed phase hold-up in rotating disc contactor, liquid extraction column, 22nd International congress of chemical and process engineering CHISA, 26 August, 2016 Prague.

2. Dr. Ayham M. Ismail Al-Rahawi & Salam K. al Dawery, Influence of inlet distributor and column diameter on hydrodynamic characteristics in RDC liquid extraction column, International Journal of Research in Engineering and Technology, V (5), Issue: 04, 359-371, Apr-2016.

3. Dr Ayham AL Arhawi, Oman Refining & Petrochemical (ORPIC) Conference, “Trends in The Middle East Downstream Industry”, Main speaker, 16 – 18 March 2015. Muscat , Oman

4. Dr Ayham AL Arhawi, Dispersed phase hold-up study in Rotating disc contactor, liquid extraction column. Paper presented at G.U Tech university, Muscat, Oman. 24 Feb 2014.

5. Dr Ayham AL Arhawi, Influeance of Hydrodynamics on hold-up In Rotating disc contactor, liquid extraction column. Paper presented for PGS at Notingham university, Ningbo, China. 12 April 2013.

6. Dr Salam Al-Dawery & Dr Ayham AL Arhawi,Dynamic Modeling and control of plate heat exchanger, International Journal of Heat and Mass Transfer 55 (2012) 6873–6880

7. Dr Ayham AL Arhawi, Prediciton of dispersed phase Hold-up In Rotating disc contactor, liquid extraction column. Sent to CHISA 2016).

8. Dr Ayham AL Arhawi & Dr Salam Al-Dawery, Influence of dispersed phase inlet distributor on Dispersed phase Hold-up and Drop diameter In RDC liquid extraction column. Barazilian J. of Chemical Engineering, CHISA 2016.”.

9. Al Rahawi, Ayham Ismail and Munther M. Al Hasani, Computing drop size distribution in RDC liquid extraction, 2nd NSEFYP, , UON, 15 May, 2012.

10. Al-Rahawi Ismaill, A. M., New predictive correlations for the drop size in RDC liquid – liquid extraction column, Chem. Eng. Technol. 2007 ,30,No.2,1-10.

11. Al-Rahawi, A. Ismail, Liquid extraction column, Predictive correlations in RDC extraction column, UoN, Seminar, Engineering College, 11 May, 2006.

12. Al-Rahawi, A. Ismail,”Future Fuel Technology, Hydrogen fuel system” , Seminar about ustanable energy SQU, Engineering College, Muscat, April 2005.

3

13. Ismail, A. M. and A. Abdulla, Process control of Multi-component Distillation tower, J of Engineering, (1994), 114, p 8-25.

14. Ismail, A. M., Safa Al Nuaimi and A. Hussen, Hydrodynamic and mass transfer study of multi-component distillation tower, J. Eng. and Technology, (1993), 2 (86), pp. 7-23.

15. Ismail, A. M. and F. Hussen, Improvement of spray column efficiency by controlling the axial mixing coefficient, J. Eng. and Technology, (1993), 2 (114), pp. 7-26.

16. Ismail, A.M. and. Hussen, F, Modeling of hydrodynamics and mass transfer parameters in spray column, J. Eng. and Technology, (1993) 7(6), 56-65.

17. Ismail, A.M. and., Prediction of dispersed phase hold-up in spray column, J. Eng. and Technology, (1992) 5(11), 44-49.

18. Ismail, A. M. and Abbas, S., Mathematical model to simulate the drop size distribution in packing column. J. Eng. and Technology, (1992) 4(28), 176.

19. Ismail, A.M. and Alais, N., Hydrodynamic and mass transfer behavior of single drop moving in stagnate phase, J. Eng. and Technology, (1991), 4 (10), pp. 131-154.

20. Korchinsky, W and Ismail, A. M., Mass transfer parameters in rotating disc contactor, influence of column diameter, J. Chem. Tech. and Biotechnology, (1988), 43, pp. 147-185.

21. Korchinsky W., Raid Al Hussiani and Ayham M. Ismail, Exact solutions of the handlos-baron, model equations for countercurrent flow extraction in small and large RDC column, International Solvent Extraction Conference, Manchester, March 1982.

Industrial research & Technical reports:Seventeen confidential Industrial research works were submitted to Stuart Energy System in Canada. The work includes an innovation and confidential design work. These researches cannot published due to confidentiality & security reasons:

22. Development of Zero Emission Hydrogen Technology (Power generating system, commertial cars) Jan 2001.

23. Prelimanary design for marine fuel gyro cell and its application, advance research group team April 2001.

24. Storing hydrogen gas in; gas tank and gas holder (compressed under the pressure of 7000 psia), stationary or transport cryogenic containers (liquid hydrogen under pressure), metal hydrides (metal absorption), underground storage, Dec 2001.

25. Membrane electrode assembly for an electrochemical fuel cell and a method of making an improved membrane electrode assembly May 2002.

26. Separating of Hydrogen and oxygen gas from an electrolyte - containing gas using a bi-containing mixed metal oxide membrane Aug 2002.

27. A study for use of Hydrogen fuel in buses vehicles fleets, power generating plant and industry. Emerging hydrogen fuel market for transportation and regenerative electric power applications Oct 2002.

28. Developed process for ultra-hydrogen gas purity using hybrid catalyst & membrane units to achieve 99.9999%, Dec 2002.

29. Integrating solar energy into small electrolyzing hydrogen fuel cell, to be use in deserts and urban area, Feb 2003.

4

30. Study of hydrodynamic characteristics of MWT hydrogen Fuel Cell, study of cells shape and electrode configuration, March 2003.

31. Efficient and Practical Hydrogen Fuelled Vehicle Technologies. 2001.

Under Preparation:1. Ismail, A. M., Design of Rotating Disc Contactor using the forward mixing

model.2. Ismail, A. M., Effect of dispersed phase distributor on the packing column

performance.

CONFERENCES AND SUMMITS Conference, Renewable energy research strategic program document, TRC, 15 April

2015, Muscat, Oman Seminar, Notingham university, Engineering College, 12 April 2013. Prediciton of

dispersed phase Hold-up In Rotating disc contactor, liquid extraction column. Effect of distributor.

Summit on Hydrogen Fuel Cell, Montréal, Canada 2003. Summit on High Pressure Fuel Container for Hydrogen Vehicles, Canada, 2003. Summit on Certification Testing & Demonstration of Insulating High Pressure Gas

Tank, Toronto, 2002. The Hydrogen Fuel applications Summit, Toronto, Canada, 2002. Safety & Hazardous material Summit, Mississauga, Canada, 2002. A Conference on "Hydrogen, Tomorrow Energy", Montréal, Canada, 2002. The 11th Canadian Hydrogen Conference, Toronto, Canada, 19 June, 2001. A Conference on "The Renewable Energy", Toronto, Canada, 2001. The Second Iraqi Conference on Petrochemical and Petrol Industry, Baghdad, 1991. Iraqi Institute for Scientific & research Centre, Baghdad, 1990. The Fifth International Solar Energy, Baghdad, 1989. The Second Energy & Environment Conference, Baghdad, 1989. The Third Arab Engineering Conference, Baghdad, 1988. The International Conference for Engineering Education, Baghdad, 1987. The Annual Conference of the Iraqi Petroleum Research Centre, 1987. The Iraqi International Scientific Conference, Baghdad, 1986. The International Conference on Petrochemical & Petrol Industry Baghdad, 1986.

TEACHING EXPERENCE

(A) Postgraduate1. Fluid Mechanics, Multiphase Flow to Ph.D. level (5 times)2. Mathematical Modeling Design for M. Sc Level (6 times)3. Fluid Mechanics, Compressible flow for Diploma level (6 times)

(B) Undergraduate1. Mass Transfer (12 times)2. Separation Processes I (Stage wise separation) (15 times)

5

3. Mechanical Separation Processes (Particles technology)4. Equipment’s Design (10 times)5. Transport phenomena & Unit operation (5 times)6. Petroleum refining and Petrochemicals Process7. Plant Design I &II.(14 times)8. Final year project I & II (8 times)9. Principles of Heat Transfer (11 times)10. Processes heat transfer (2 times)11. Fluid mechanics (16 times)12. Engineering materials and material science (4 times)13. Corrosion & Strength Of Material (2 times)14. Fundamental of Chemical Engineering (4 times)15. Chemical Engineering Thermodynamics (2 times)16. Thermal fluid (1 times)17. Chemical Kinetics And Reactor Design (2 times)18. Introduction to design and Project Managements (1 times)19. Introduction to Engineering (Future energy, Engineering ethics and codes) (8 times)20. Chemical Industrial Processes.(3 times)General ChemistryOrganic ChemistryPhysical ChemistryApplied mathematics

PROFESSIONAL AFFLIATIONS P Eng, Ontario Canada (2001) Member of the ARCE for Professional Engineers (2000) Associate member, Chemical Engineering Association, Manchester, U.K (1981) Member of Iraqi Engineering Association (1975)

Appendix

6

for Dr Ayham AL Rahawi CV

Professor Ayham Al RahawiPh.D. (Chem. Eng.), (Manchester University - UMIST)M.Sc. (Chem. Eng.), (Manchester University - UMIST)B. Sc. (Chem. Eng.), (Baghdad University)B. Sc. (Chem.), (Mosul University)

Chemical & Petrochemical Engineering DepartmentUniversity Of Nizwa,

Sultanit of Oman

Tel: +968-25446382, GSM: +968-953-800-15, Fax: 605-3656716

Field Expertise:

Hydrodynamic and Mass transfer, Separation Processes, Modeling design, Fluid Mechanics, Multiphase flow

Supervised Graduate Students;

7

No. Year Student and Projects Titles Level

8

1. 1993 Muthana Rzok, Deactivation of illumination & light from black powder

PhD

2. 1991 Sarmed A. Ali, Mathematical model to evaluate the hydrodynamic and mass transfer parameters in packed column.

M.Sc.

3. 1990 Asrar M. Hassan The optimum control of multi-component mixture in distillation column.

M.Sc.

4. 1988 Khaled Saleh, Performance comparison between the packed and spray extraction column.

M.Sc.

5. 1987 Fawzia M. Hassan, Effect of dispersed phase distributor on the hydrodynamic and mass transfer parameters in spray liquid-liquid extraction column/

M.Sc.

6. 1993 Walid A. Sarhan; Drop size distributionin packing column.

M.Sc

7. 1993 Yousif Salma, Additive to depress illumination of firework materials.

High Diploma

8. 1992 Jawad F. Sultan, Controlling moisture content in black powder side products.

High Diploma

9. 1992 Thamer M. Jumah, Development of ammonium nitrate-fuel oil mixtures.

High Diploma

10. 1991 Salman T. Thamer, Power consumption in mixing tank, Viscous mixture .

High Diploma

11. 1991 Soheal H. Sultan, Drying of hazardous compound, using microwave technique

High Diploma

12. 1991 Mohamed S. Ali, Mixing of ammonium nitrate-base water gels.

High Diploma

13. 1991 Majed K. Taher, Compressible flow in close duct, measure of flow model parameters.

High Diploma

14. 1991 Mohanad M. Mohamed, Controlling the size of Black powder droplets by adjusting the nozzle diameter.

High Diploma

15. 1990 Hussean I. Swedan, Effect of ammonium Nitrate in fuel oil mixtures.

High Diploma

16. 1990 Abdil Jabar R. Salim, Increase the Distillation column efficiency, controlling reflux ratio

High Diploma

17. 1990 Salma A. Muktar, Literature survey on homogenous catalytic CST reactors

High Diploma

18. 1990 Jamal H. Al Tamimy, Liquefaction of Hydrogen gas isothermaly.

High Diploma

19. 1990 Abdil Salam Al Jubori, Extraction of heavy metal in multistage mixer stellar.

High Diploma

20. 1990 Nawal S. Alsafi, Design of RDC, using rigid drop model

High Diploma

21. 1989 Meason M. Hamed, Use of Silicon Polymers, in manufacturing of High heat resistance castings.

High Diploma

22. 1989 Needed H. Shawkat, Gas liquid separation using hydrophobic membrane.

High Diploma

23. 1989 Jawaher K. Hanoon, Applied Solar Energy in plate Heat exchangers

High Diploma

9

DESIGN & CONSULTANCYNo.

Consultancy Consultant Bureau

a. CPF Smock flair system problems;

a) Flared Gas composition analysed and design basis were checked.

b) Range of flow of waste gases sent to the flare without producing significant level of smoke was determine by regulation flow rate of gas, keeping the pressure at 50 psig and use same design temperature of 185 oC.

c) Calibrate air flow and increased the air flow to maximum to test flare max allowable air flow and compared it with design value.

d) Check air/gas ratio; the ratio was calculated and compared with the hydraulic capacity. The gas flow was reduced and adjusted to be lower than the hydraulic capacity. The smock reduced by 75%.

e) The smoke detectors (both optical & ionization types) is to be calibrated and integrated with the Fire & Gas system

2012

Consultation presented to Occidental.

Mukhaiznah CPFS / Oman

2. Check of High pressure gas tank, FCHV version, 70Mpa. Increasing car cruising range. Double the amount of hydrogen from previous fuel tank FC1X,

Advance Engineering Team / Hydrogen Fuel System – STUART / Canada, 2002-2003.

3. Joint researcher, High-pressure hydrogen (Fuel Cell) Tank Dynetek-Calgary, designed of Lightweight 350-litre hydrogen fuel tank to run automobiles.

Advance Engineering Team / Hydrogen Fuel System – STUART / Canada, 2002

4. GE PTFE, Hydrophobic Unlamented Membranes, Compatible with high temperatures, strong acids and aggressive solutions. Separation of Caustic from Hydrogen Gas (MW units).

Advance Engineering Team / Hydrogen Fuel System – STUART / Canada, 2002.

5. Hydrodynamic and System Design Analysis – Mega Watt Hydrogen Fuel System.

R&D / Hydrogen Fuel System – ELECTROLYSER / Canada, 2000-2001

6. Design of High elevating Tank of 6,000-Gallon Capacity.

White Sea Plastic company, 1995.

10

7. Design of Chemical Storage / IC plant , Al Mansoor project, Baghdad, Iraq.

Al Kademiah, Al Moheat Consultancy Bureau, Baghdad (1979)

8. Effluent Treatment Plant (Al Mansoor Unit) Castiniati Engineeri LTD, Italy,1979

9. Modification of Gas plant, production of Argon and liquid Nitrogen.

SIAD, Milan, Italy. (1979)

10. Check of Design of Air separation plant /Supairco Al Haithem Institute 1978.

11. Analysis & Design of Pilot plant Units Karl-Kolb Germany (1978)

12. Design of water intake on river Tigers (Almansor project)

Castinaty Company /Toreno – Italy (1977)

13. Analysis & Design of CSTR reactor, with air cooling jacket.

Al Hikmah Engineering Bureau 1976

14. Analysis Of Heat transfer distribution in immersed coil heater Using Finite Element Methods.

Hashem Consulting Engineers Bureau (1976).

INDUSTRIAL PROJECTS; No Name of the

CompanyProjects Capacity Year

1. Sterlit Technologies Ltd

Series MW, 500 cubic metres per hour (480,000 standard cubic feet per day) hydrogen plant. With 99.999% high purity hydrogen and oxygen

Total value of over $8 million and include 144 DEPTM cell stacks. 

2001

2. Thousand Palms,California,

“Sun Line Transit Agency and Ballard”Bus Demo.

Electrolytic H2 generation and compression unit up to 34.5 MPa; 1,400 standardcubic feet per hour, Pdc Machinescompressor

Total of $3 Million

2001

3. Richmond, California

Hydrogen Energy Station for vehicle fueling PEM

Total of $5 Millions

Oct 2002

11

electrolyzer; first satellite hub for CaFCP vehicles. Has 47 kg H2 storageCapability.

include the spencers and

tanks

4. Chula Vista,California(mobile station)

can fuel 3 buses a day, and dispenses at3,600 and 5,000 psi. Pdc Machines

$ 2.740 Million

2003

5 Ford Motor / USA

Devolved of an advanced direct injection fuel system for vehicles powered by high-efficiency, high-performance engines operating on pure hydrogen (99.999%)

Total Value of around $6

Million

2003

6 Cheung Kong Infrastructure (CKI),

Replacing Hong Kong Diesel power generator with remotely Hydrogen supply units based on Stuart's technology.

Total value of CAD $ 600

Million

9 The Stockholm HESF / Sweden

Comprised of four modules: pressurized water electrolysis-based hydrogen generation, compression, high-pressure storage and hydrogen fuel dispenser. The station is capable of producing approximately 120 kg per day of high-purity, high-pressure hydrogen using Stuart Energy's proprietary IMET(R) technology. Each fuel cell bus carries approximately 40 kg of hydrogen at 350 bar (5,000 psi).

$7 million 2004

10 Diamond Bar,California

(SES-f)One of first Hydrogen stations opened to the public use.

Total value of $2.5 Million.

2004

AWARDS AND HONORS

No. Awards / Honours Year

1.

Number of Certificates of Appreciations, from the Chancellors of Nizwa University, Oman, for the University Exhibition.

2008 - 2012

2. Certificate of Appreciation, from the Chancellors of Nizwa University, Oman, for the efforts, involvement and association in building laboratories equipment for the University Exhibition.

2007

3. Excellence Service Award, STUART ENERGY SYSTEM, Toronto-CANADA

2003

4. Excellence Service Award, STUART ENERGY SYSTEM, for 2002

12

developed process for ultra hydrogen gas purity using catalyst & membrane units to achieve 99.9999%: saving of $750,000, Toronto-CANADA

5. Certificate of Appreciation, for generating a simulation model to calculate the cost estimation and select optimum design combination & achieve optimum process, Electrolyser, Toronto-CANADA

2001

6. Excellence in Teaching Award, Faculty of Science, Seneca College

1999, 2000

7. Certificate of Appreciation, for the involvement in success of Canadian – Arab Engineering Conference, CANADA

2001

8. Excellence Service Award, Ministry of Industry, for consultation and help in solving problem in Soap and Detergent plant, Libya

1997

9. Excellence in Teaching Award, Faculty of Engineering, Chem. Eng. Dept., Seventh of April University.

1997

10. Excellence Service Award, Ministry of Industry, Cement Factory at Komis, Libya

1994

11. Excellence Teaching Award, Nasser University. 1995

12. Special Award from the Chancellor of Nasser University for Directing the Best Department at Nasser University.

1994

13. Special Award at the Conference of Iraqi Scientists and Engineers, Baghdad.

1993

14. Excellence Award in Research from Iraqi AF for involvement in identifying and Manufacturing of High resistance Silicon rubber, Baghdad

1992

15. Excellence in Teaching Award, Faculty of Engineering, Saddam University

1991, 1992

16. Special Award from the Presidency Scientific Bureau, for effort and involvements with the Ministry of Industry in the Redesign, Innovation, Advance technology of Old equipment and products.

1991

17. Certificate of Appreciation for the involvement in the Success of Foreigner Scientist Conference, Baghdad - Iraq

1990

18. Certificate of Appreciation from Ministry of Oil for developing alternative products for some oil additives.

1990

19. Best lecturer in Chemical Engineering Department Award 1987, 1989

20. Service Medal from Iraqi Engineering Company for developing an Industrial System for re cycle plastics and rubbers

1988

21. Certificate of Appreciation for the involvement in the Success of Arab Engineering Conference, Baghdad - Iraq

1988

22. Certificate of Appreciation from the Scientific Centre at Presidential Head quarter, for the involvement in the re-design of the Nito-oxide reactor in Nitric Acid Plant , Al-Eskandria-Iraq

1987

23. Excellence in Teaching Award, Faculty of Engineering, UOT 1986

13

24. Excellence Service Award, from Ministry of Industry, Iraq 1977

25. Gold Medal at ACEMA Invention Show exhibition 1976-Frankfort - Germany

1976

26. Special Award for best Design of Pilot Plant Units, Centre of the Natural Products, Baghdad - Iraq

1976

Supervised Undergraduate Students; A. Plant Design;

PART I:

In this course students use most of knowledge they acquainted during four years and applied it in a full engineering project.

For students, it is a training step to take responsibility as Engineer.

The course strategy is to make students focus on self-learning, library and information search, team work and discussion, engineering report writing and oral presentation.

Students have to learn how to make initial start in the plant design through a Series of activities (i.e. analysis, data collection, etc.), learn how to apply observations to a basic design.

Students will collect data, select process, carrying material and energy balance and economic analysis.Students will work in a team and report individually.

PART II:Students will continue to use data acquainted in the plant design I, and applied it in a full Part II. Students will use data from plant design I to; design two main equipment’s, select control system and carrying cost estimation. Select side location and prepare layout design for plant and equipment’s layout.

No. Year Student and Projects Titles Level

1. Spring 2013 Design of biochemical plant to produce Renewable bio-fuel from Bio mass using fermentation process.

B.Sc

2. Spring 2013 Design of plant to produce Ethanol Bio diesel fuel from high molecular hydrocarbon.

B.Sc

3. Spring 2012 Design of Urea plant from ammonia. B.Sc

4. Fall 2011-12 Design of Ammonia plant B.Sc

5. Fall 2010-11 Design of Sulfuric Acid plants B.Sc

6. Spring 2009 Design of Ethanol plant from petrochemical hydrocarbon B.Sc

7. Spring 2008 Design of Nitric acid B.Sc

B. Final year projects;

14

This course is designed to help students with very little or no research background to learn the basics of investigating simple industrial problem and know how to solve it. This is a mini industrial project. The primary method for understanding problem is to use lab facilities to analyses and computer, if need, to calculate data then to make their own conclusion. will be to work through multiple "mini-projects" in Python. To make this class enjoyable, these projects will include building fun games such as Pong, Blackjack, and Asteroids. When students finished the course, they will be close to make decision, ready to continue their education for post graduate degree and to be on step to be professional engineers.

No.

Year Student and Projects Titles Level

1Fall 2012-13

Computing drop size distribution in packing extraction column, using C++ computer program.Dr Ayham Al Rahawi & Mundher Al Hoseny.

B.Sc

2Fall 2012-13

Additive of accelerating agents to increase the hardening rate in concrete.Dr Ayham Al Rahawi & Aliaa Al Kumi.

B.Sc

3Fall 2012-13

Design of Oil-Solid-Water separator , control of internal and separator shape.Dr Ayham Al Rahawi & Bushra Al Haddabi.

B.Sc

4Fall 2012-13

Oil -. Water separator study of chemical and physical effect of separation efficiencyDr Ayham Al Rahawi & Iman Al Mamari

B.Sc

ENGINEERING TRAINING

No.

Training

1. One month training on Advance industrial managements and administration strategy, Ministry of Planning (Baghdad-Iraq)

2. Three months training on Air Separation Gas plant – (Savona – Italy)3. Three months training on Effluent treatment plant – (Toreno – Italy)4. Three months training on Chemical Site in I.C complex – (Milan – Italy)5. Three months training on Design & Operation of Pilot Plants, (Frankfort –

Germany)6. Four months training in Al-Dora Oil Refinery on Production of Lube oil /

Furfural and propane extraction units, (Baghdad - Iraq)7. Three months training in Badosh Cements Factory on Kiln & Mill,

( Badosh-Iraq)

15