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CV Environmental Engineer Specialist, desalination, wastewater treatment Doosan Desalination R&D Center

Environmental Engineer Specialist, desalination, wastewater treatment Doosan Desalination R&D Center

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CV/Resume ID no.: 98667

Location (Residence): Dubai, United Arab Emirates
Citizenship: Sweden
  Native: Arabic Iraq
  Other: English
Education & Experience: Work Authorization & Relocation:
  PhD/MD in Environmental engineering

Years of Experience: 9 years
Authorized to work in:
   UK (in particular), United Arab Emirates
Present Location:
   United Arab Emirates, Dubai
   European Union
Category Subcategory Ability Experience
Environment Water Experienced 16 years
Environment Environmental Engineer Experienced 16 years
Environment Waste Experienced 7 years
Environment Oil Spill Experienced 1 year
Environment Water Experienced 11 years
Environment Scientist Experienced 11 years
CV/Resume Details
1. Summary (Cover Letter) - CV/Resume Part 1 [Mandatory]

Focussed, hard working, and independent thinking research engineer has wide experience in chemical and environmental engineering. I have strong background in design and engineering beside a considerable experience in modelling and simulation of various engineering problems. My work experience extends from environmental based engineering processes in soil and aquifer remediation to water and wastewater treatment and membrane separation technologies and its application in seawater treatment. I also have practical experience in design and run pilot and bench scale units. Beside the practical experience I have good knowledge in modelling and simulation water and waster water biological processes using ASM’s models. Good to work within a team or as in my own initiative.

I have few published papers in desalination, wastewater and soil remediation as well as a number of patents and intellectual properties. I have good computer skills and have experience with a number of software including, WEST, ROSA, IMS, GPS-X, Biowin, OLI Stream Analyzer etc.

2. Work Experience - CV/Resume Part 2 [Mandatory]

• 27/02/2008 till present| Doosan Desalination R&D Center, UAE
Research scientist is Doosan Desalination R&D center in Dubai, UAE.
I1. Hybrid system configuration and optimization. Integration and modifications of thermal and membrane system including NF pretreatment for scales removal, RO integration with thermal and membrane plant in hybrid plant.
2. RO membranes modeling and design. Using simulation software for RO plant design and performance optimization. Pilot plant design and operation. RO hybridization with thermal technologies and optimization. RO plant design. Reference design RO/NF pilot plant in Korea including P&ID pretreatment MF/UF. Design 1000 m3/d Pilot plant NF/RO in S. Korea, design 100 m3/d pilot plant at Surrey University-UK, design 60000 m3/d BWRO plant in Iraq and feasibility study for 100000 m3/d plant in Iran.
3. Scales prediction in thermal processes. Developing a new method of scales prediction in thermal processes. Design and development of mechanical scale removal device.
4. Thermal systems (MED and MSF) hybridization and modifications
5. Wastewater modeling and calibration. ASM biological model simulation and calibration.
6. Wastewater MBR module design and process optimization
7. Researcher in Future technology development: writing the roadmap for future technology and providing full assessment for the potential of each technology in commercial applications including MD, FO, Solar Ponds, Capacitive Deionization, and Phase Change Materials.
8. Reviewing the roadmap for thermal and membrane technologies: including MED, MSF, RO and NF membranes. Also write the roadmap for MBR and sewage treatment.
9. Design and Development of new desalination techniques based on the low/green energy technologies such as forward osmosis, CDI, solar ponds and MD integration with conventional technologies. Conceptual design of low energy and cost effective desalination technologies using renewable energy including solar and osmotic energy. Application of phase change materials (PCM) in thermal and membrane water desalination technologies.
10. Research and development of forward osmosis and CDI technologies based on the market needs. Finding new applications for forward osmosis and CDI in water and seawater treatment, process modification and improvement.
11. Osmotic energy for power generation and it is application in water desalination. Optimization of draw solution concentration and membrane type to maximize osmotic gradient through the membrane and reducing the effect of concentration polarization.
12. Solar Ponds application in water desalination and power generation. Research in maintaining the salinity gradient through the solar ponds with the potential of increasing the peak time of energy extraction from solar pond system with conjunction with other renewable energy sources.

• 04/2006 till now Researcher at Surrey University in wastewater treatment and desalination processes in collaboration with Modern Water PLC

• 05/2007 till now Consultant Marios Group (Part of Al Jabor International Holdings) Austria
Proposal engineering evaluation and management. Examination project site, process engineering, applied technologies, cost, quality assurance, standards and performance
1. Project Sharq Dijla: Water treatment plant phase 1. Plant capacity is 62000 m3/d using conventional water treatment process. Estimated project cost is 40 million Euro.
2. Project Shat Alarb BWRO: Brackish water treatment plant. Plant capacity is 58000 m3/d. Project cost is 15 million USD
3. Feasibility Study of desalination plant: SWRO plant to produce high quality water for petrochemical applications and comparison with thermal technologies.
4. Water Reuse project, Saudi (under examination): 25000 m3/d wastewater treatment plant followed by LPRO membrane for effluent purification.

• 04/2006 till 27/02/2008 Surrey Aqua Group (Part of Modern Water Company), Chemical engineering department, University of surrey.
1. Water and waste water treatment and membrane separation techniques. CORA research and Development centre. Water, wastewater and saline water treatment using different membranes separation techniques including NF and RO membranes. Optimization the separation process of various ions from different composition feed solutions. The project is conducted on pilot plant based in Surrey, the UK. Different membrane modules such as spiral wound, flat sheet and hollow fiber membranes were employed in the pilot plant to investigate the separation efficiency and energy requirements of each module. The main commercial membrane suppliers are Filmtec, Koch, and Toyobo. Supervising a research team of 2 PhD students. Part of the project is invested to investigate the forward osmosis process in seawater desalination and power generation. My duties include analyzing and reporting the results, scientific paper preparation and writing, patent appraisals and proposal and finds critical solution for the membrane separation problems. On daily basis I am responsible for pilot plant operation, membrane cleaning and maintenance, membrane replacement (if required), supplies management and orders, liaison with the various companies to cover all the requirements of the pilot plant. The research also aims to develop energy efficient and cost effective methods of membrane separation treatment.
2. Capacitive deionization technique for water and wastewater treatment and industrial effluent treatment. Working on a pilot capacitive deionization unit using carbon aerogel to removal impurities from water and wastewater, and brackish water treatment.
3. Forward osmosis process application in seawater desalination and treatment. Also using forward osmosis in wastewater treatment to develop more energy efficient system for water reclamation and reuse.
4. Forward osmosis process design and modifications.
5. Sustainable energy sources: theoretical studies on osmosis energy and solar ponds to utilize the sustainable energy source for electrical power generation and seawater treatment.
6. Hybrid desalination: Thermal and membrane desalination process. Investigation the efficiency of hybrid desalination plant and cost effectiveness. Pilot plant study at Surrey University
7. Solar pond desalination: renewable energy for water desalination.
8. Osmotic energy for water desalination and power generation. Cora Center works with STATCRAFT in Norway in optimizing membrane characteristics for enhancement of water flux through the membrane and increasing the process efficiency. Osmotic energy modeling and experimentation. Calculation of net energy recovery from osmotic system using different draw and feed solutions.
9. Membrane distillation process: design and experimentation. Hybridization of membrane distillation process with other desalination process for better water recovery and system reliability. Identify major problems in membrane distillation technologies and trouble shooting.

• 08/2005 till 04/2006 University of NSW Sydney, Australia.
Research fellow in water and wastewater pretreatment using Vibratory hollow fibre techniques.
1. The research is on behalf of Sydney Council.
Research and development methods of water and waste water Centre, UNSW. Working on pilot plant project investigating the efficiency of hybrid vibratory submerged hollow fibre membranes in water and wastewater treatment. A Selection of MF membrane was used to separate colloids and particles from synthetic wastewater and activated sludge. Water, industrial effluent, and waste water treatment. Duties include supervising a final year students, plant operation and results reporting.
2. Process design and modification to optimize the membrane separation efficiency.
3. Acid sulphate soil treatment and management. A research project sponsored by NSW council to investigate methods of acid sulphate soil treatment and management. Supervising PhD student and providing advice in soil treatment and management. Find engineering solution for acid soil treatment.

• 3/2005 till 8/2005 University of Orebro Orebro, Sweden.
Techniques of soil and aquifer decontamination, School of safety Science. Techniques of removal metal contaminants from soil using EDTA-enhanced electrokinetic process.

• 11/2004 till 2/2005 University of Brighton Brighton, UK
Post Doctoral (land decontamination). Reviewing the efficiency of different decontamination technique such as soil oxidation, surfactant and co-solvent aided electrokinetic process, bio slurping and vapour extraction on soil and aquifer remediation. The work included Phase I, II and III land management and remediation. In Phase I a desk study is conducted included site visit, contamination history and risk assessment. Phase II involves sample collection and analysis and identification of risk linkages. In Phase III land decontamination is carried out. Writing reports about the efficiency and viability of each technique with regard to the type of contaminants and type of soil. Different methods of contaminant extraction from soil were conducted. The job also involved studying the mechanisms of waste transports in soil and water, and pollutants fate in the environment. It also investigated the feasibility of electrokinetic in sludge dewatering. The research also investigated the cost-effectiveness of various methods in order to maintain the economy of the decontamination approach.

• 8/2004 till 2/2005 University of Surrey Guildford, UK
Visiting research fellow in water desalination techniques, CORA centre. Researcher in evaluation of different desalination techniques including MSF, MED, Electrodialysis, capacitive deionization, RO, and Forward osmosis. The position includes RO plant design and cost estimation compared to thermal desalination technologies. Investigate different pretreatment options for RO plant and compare cost saving of each option. Investigate new desalination technologies such as forward osmosis and its feasibility in commercial desalination application.

• 4/2002 till 10/2004 University of Brighton Brighton, UK

A research project to investigate the efficiency of electrokinetic in the removal of inorganic soil pollutants (copper, nickel, cadmium and zinc). A case study of estuary contamination from a refinery site was conducted (phase I). The project included soil sampling from reduced saline sediments near a refinery site in Southampton (phase II). Soil desalination and metal removal was conducted under extreme reduced sediments. The project investigated the effects of soil organic and inorganic substances on contaminant metal removal from soil by electrokinetic process. A number of soils were studied include saline sediments, London clay and kaolinite soil. Contaminant extraction from soil was achieved using different soil digestion methods. Soil stabilization using iron pan.

• 8/2001 till 11/2001 University of NSW Sydney, Australia
Soil screening for toxicity using in-vitro cell culture. Training on hazardous water handling, OH&S, and contaminant extraction from soil using different organic and inorganic solvents.

• 1997 – 2000 Samir Trade Stockholm, Sweden
Financial manager and computer engineer.

• 1994 - 1996 Sam Inredning Arkitekt Stockholm, Sweden
Civil Engineer, Project cost estimation and plan lay out

• 1989 – 1991 Building and construction Corporation Baghdad, Iraq
Civil Engineer, foundation construction Project cost estimation. Leading a small team of technicians and builders.
• Environmental auditing: case study of auditing the cell culture lab in the school of safety science at the University of NSW and assessment of due-diligence of laboratory users.
• Risk assessment: Two case study of the effect of tanning factory waste discharge on the river downstream quality and the second case is to assess the impact of oil spillage on the aquifers
• Environmental impact assessment (EIA): two case studies first is the impact of building a new multi-story parking lot on the neighbouring building including aesthetic aspects and the second is the environmental impact assessment of building a new high way (M5) in NSW.

3. Education & Training - CV/Resume Part 3 [Mandatory]

• Training course on Particle size analyzer machine university of New South Wales (2005)
• Training course on UV machine. School of Pharmacy and Bio-molecular sciences, University of Brighton (2004).
• Training course on CG machine. School of Pharmacy and Bio-molecular sciences, University of Brighton (2004).
• Surfactant use in soil decontamination (measuring the CMC). School of Pharmacy and Bio-molecular sciences, University of Brighton (2004).
• Training course on AAS machine. School of the Environment, University of Brighton (2002).
• Research methodology course. University of Brighton (2002)
• Training on cell culture laboratory (culture medium preparation and cell culture). University of Brighton (2002).
• Environmental auditing course University of New South Wales
• Occupation health and safety intensive course, School of safety Science, University of NSW (2001)

• Procedure of soil screening for toxicity (contaminant extraction from soils and soil screening for toxicity using the in vitro cell culture technique). School of Safety Science, University of New South Wales (Aug 2001-Dec 2001)
• Hazardous waste management and transport (ISO 14000 and 9000).
• Training on computer skills (windows and excel). Bromma Data Skolan, Sweden (1994).
• Environmental management system (EMS), Environmental Impact assessment (EIA) and Risk assessment.
• Hazardous waste and municipal waste management and minimization.
• Training course on WEST simulator: wastewater plant modeling
• Training course on gPROMS simulator: wastewater plant modeling

4. Computer Skills - CV/Resume Part 4 [Mandatory]
Auto cad, words, Excel, window outlook, power point, OLI Stream Analyzer, Rosa 6.1, Hollosep design program. CLEA UK
5. Other Skills - CV/Resume Part 5 [Optional]
Environmental impact assessment, risk assessment, EH&S
6. Additional Information - CV/Resume Part 6 [Optional]


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Environmental Engineer Specialist, desalination, wastewater treatment Doosan Desalination R&D Center
CV/Resume ID no.: 98667

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