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ABBAS SAEIDI, P.ENG.

** ********** ****** ** *******, AB T2Y 3R5

+1-587-***-****

adrn9s@r.postjobfree.com

I am a seasoned Process Engineer with over thirty years of progressive experience in design and engineering of green field and brown filed projects in Oil and Gas, NGL plants, Power generation, Hydrogen Generation, Cogeneration, Food and beverage products processing and packaging projects. Most of the projects I have been involved included feasibility studies, FEED, detailed design and start up and commissioning. In some of projects my responsibilities extended up to construction supervision, commissioning, start up and handing over the plant to client’s operating and maintenance personnel. My focus in all assignment have been design safety, operability and maintainability, along with due attention to environment protection, project timetable, budget and overall efficiency, standards and best engineering practices.

I have worked in multicultural environments, in different roles in EPC, EP and consulting engineering companies as clients representative dealing with manufacturers, contractors and engineering firms. In addition to technical expertise, I bring to table a wealth of communication and leadership skills. I take pride in my capability to be indispensable asset to both internal and external clients. Wherever I have worked, I have delivered above and beyond my client’s standard expectations. EXPERIENCE

FEB 2019 – APRIL 2020

SENIOR PROCESS ENGINEER, SNC LAVALIN- OIL AND GAS- CALGARY- ALBERTA KEARL 1&2 PLANTS -COGENERATION PLANT UPGARDING- STEAM LINK PROJECT My responsibility in this project was SME role in Feed and detailed design for maximizing Cogen power generation capacity by 20 MW, including steam turbine retrofit, debottlenecking the high pressure, medium pressure and low-pressure steam generation and distribution system by linking steam & condensate systems of two independent oil sands process plants converting to an integrated process and control facility. The other goal of this project is to increase bitumen production of these two plants by 40,000 bbl./d total of 240,000 bbl./d The Project had following highlights:

• Retrofit of 85 MW Cogeneration steam turbine to 105 MW

• Debottlenecking of STG auxiliaries including cooling system

• Debottlenecking of extraction and exhaust steam desuperheating systems.

• Design of interlinking the two plants steam system including control integration to share all three levels of steam to maximize power generation and comply with both plants steam demand.

• Design of warm up and condensate collection and recovery system, targeting condensate free stream flow between two plants

• Dynamic simulation study to analyze transient behavior of interlinked plants in case of incidence in one plant and potential of instability propagation and losing both plants in cascade event and mitigatory actions.

• Design for safety and debottlenecking of relief system.

• Design for pre-commissioning, commissioning and start up Page 2 of 5

Presently the long delivery and main items of the project are already ordered. HAZOP and 3D model review are completed and IFC drawings are issued, waiting for client constructing decision kicks in post COVID-19.

My achievement in this project was satisfaction of my company and client making sure that all required activities for safe design, installing, pre-commissioning and commissioning are well studied and well designed.

JAN 2018 – FEB 2019

SENIOR PROCESS ENGINEER, WOOD PLC (FORMER AMEC FOSTER-WHEELER) My responsibility in this project was study for maximizing Cogen power generation capacity in brown filed project including steam turbine retrofit, steam generation and distribution debottlenecking, linking two independent process plants utilities including High pressure, medium pressure, low pressure steam and low-pressure steam condensate systems. Project study was conducted in four studies:

• Study 1. In this phase the main focus was to study the potential for increasing capacity of present STG and required High pressure steam, define the workable power generation of STG, define the limitations and bottlenecks of Cogen auxiliaries.

• Study 2. In this phase the main focus was on comparing three options of power generation including installing a combined cycle power plant containing GTG, HRSG, Back pressure STG, Fuel gas supply and all required utilities, installing a new STG and expanding the capacity of present Cogen.

• Study 3. In this phase the main focus was on Linking the Steam headers between present plants and to supply the High-pressure steam to potential retrofitted STG and distributing medium and low-pressure steam between two plants

• Study 4. In this phase the focus was to optimize the selected Cogen revamping including, high Level process control philosophy, steam system overpressure protection and containment review, final review of steam links between two plants, start up and warmup, condensate collection and recovery, shutdown hierarchy and defining important parameters of revamped STG for vendor. These studies included high level material balance to increase Bitumen oil production by 25%, hydraulic calculations to define bottlenecks, pipe sizing and review of various operating scenarios and process control.

My achievement in this project was satisfaction of my company and client and client decision to move on to FEED and detail design of this project in next step. Execution of this project will increase about 18 MW to plant power generation capacity and 38 MW to annual average power production of the plant. Moreover, this project will increase both plants availability, reliability and flexibility. This project also will support the project of increasing 25% of bitumen production capacity of both two plants.

JULY 2015 – AUGUST 2017

SR. PROCESS ENGINEER, AEC CONSULTING ENGINEERS

• Prepared proposal for 50 MW Gas turbine power plant for City of Medicine hat, Alberta. the scope of work included GT heating and cooling, fuel gas supply, conditioning and distribution, compressed air supply and distribution, heat tracing of utilities, water treatment and distribution, and design review of vendor drawings

• Prepared proposal for water treatment plant -Reverse osmosis- for an Iron ore plant in Persian Gulf area from brackish water

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• Prepared proposal for a petrochemical complex producing LAB from feed stock supplied from nearby refinery and installing a combined cycle power plant utilizing fuel gas from the refinery and natural gas.

JAN 2008 – APRIL 2015

LEAD PROCESS ENGINEER, AMEC FOSTERWHEELR

• Lead Process engineer for FEED and Detailed design of utilities of a 200kbd Bitumen from oil sands processing plant. The utilities included; Gas conditioning, water treatment, steam generation and conditioning, Compressed air and nitrogen plants, chemical sampling and dosing condensate processing, BFW system and waste water recovery and processing systems.

• Lead Process engineer for FEED and detailed design of Cogen power plant to produce 84 MW electric power from high pressure steam conditioned to lower pressures of process requirements.

• Construction, commissioning and start up support My achievement in this project was leading a professional engineering and design drafting team to achieve the projects goals, satisfaction of my company and client and trouble-free operation of the plant without compromise in safety or environment. APR 2000 – DEC 2007

PLANT ENGINEER, WHL LTD- FOOD PRODUCTS AND BEVERGE PROCESSING PLANT

• Responsible for operating, maintenance and preventive maintenance of plant process equipment and utilities including water treatment, process steam system, compressed air system, production processes, mixers, homogenizers, CIP and COP, packaging plants.and implementing GMP

• Process engineering for process plant expansion layout and equipment sanitary design and engineering. Debottlenecking of electrical, I&C, processing equipment procurement including vessels and heat exchangers, refrigeration. Supervision on installation, commissioning, PSR and start up was part of my responsibilities in this plant. My achievement in this plant was company satisfaction and awards, trouble free operation of the plant without operating time loss. My other achievements were leading the plant in-house team and external subcontractors as a team on expanding the unit operations without any compromise in BOP operation and or production and safety or environmental protection. This combination of utilizing the resources helped to achieve a considerable amount of savings. 1994 –1999

ENGINEERING MANAGER, MAPNA-EPCM

• FEED and detail design of converting 6 simple cycle gas turbine power plants composed of 28 X 110 MW operating gas turbines to 14X 330 MW blocks of combined cycle power plants including HRSGs, Water treatment, Steam cooling system and BOP utilizing D1BM design philosophy.

• Feasibility studies, FEED and Detailed design of 4X 325 MW steam power plant including dry cooling systems, water treatment gas conditioning, fuel oil supply and storage systems and balance of utilities,

• Construction, commissioning and start up support My achievement in this project was leading over 100 engineering and design drafting team to achieve the projects goals on time and budget, satisfaction of my company and client. I achieved Page 4 of 5

commissioning of first combined cycle power block of this major project without any compromise on safety and or environmental protection. 1982–1994

CONSTRUCTION SITE MANAGER, GNCE CONSULTING ENGINEERS

• Representing client for supervision on construction of 4 X 320 MW steam power plants including Boilers, STGs, sea water desalinations plants, water treatment plants, gas conditioning plants, hydrogen generation plant and balance of utilities plant.

• Supervision on commissioning, startup, trial run and handover of the plants to client operating and maintenance personnel

• Providing consulting services for assessment of 4 X 315 MW units of heavily war damaged power plants. Supervision on procurement, reconstruction and rehabilitation of the damages, commissioning and startup of the first unit after rehabilitation My achievement in this project was leading a team of 80 professional engineering and technicians to achieve the projects goals, satisfaction of my company and client and bringing the first unit to start up, without compromise in safety or environment. 1977–1982

TECHNICAL SERVICES ENGINEER, OSCO

• Rendered technical & engineering services for six operating NGL plants

• Rendered supervision on construction and commissioning to two NGL plants with total capacity of 2X 1500 MMSCFD

EDUCATION

B.ASC. IN CHEMICAL AND PETROCHEMICAL ENGINEERING,

TEHRAN POLYTECHNIC-AMIR KABIR UNIVERSITY OF TECHNOLOGY(AKUT) Graduated with distinction with GPA of 3.4

SKILLS

• I am smart-working person with ability to work

as a team member or individual

• I am a dedicated person to work and enjoy

challenges and troubleshooting

• I have long experience handling

multicultural environments

• I am a positive person with ability to

motivate my team and other co-workers

ACTIVITIES

I am a registered professional engineer in Alberta and member of APEGA. I have attended many training courses regarding project engineering and management and work safety, provide by FIDIC, Siemens and Ontario work place safety. Attended GMP, CIP & COP Courses in JohnsonDiversey Training Institute and Sanitary design in university of Guelf Ontario I have attended Edinburgh university online course of “climate change and carbon dioxide capturing, storage and utilization”

I have led many small and big engineering and EPCM teams toward common goals and have skills to motivate the team and other co-workers.

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I enjoy hiking, biking, snowshoeing swimming and reading books.

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