Nazmy Markos has over 34 years of experience in mechanical engineering and project management in the oil and gas industry. He has extensive experience managing projects related to pipelines, pumping stations, compressor stations, tank farms, and industrial facilities. Some of his representative assignments include serving as lead engineer for pipeline looping and enhancement projects in Canada, conducting hydraulic analyses for dilbit pipelines, and serving as lead mechanical engineer for various pipeline and facility projects in Canada and abroad.

1. Nazmy Markos, P. Eng.
Pipeline Facilities Manager
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Career Summary
Over 34 years of experience in mechanical engineering and project management in the oil and gas industry.
He is experienced in Oil and Gas pipelines & facilities , mineral processing (iron ore), metallurgical,
pipelines, tank farms, Oil& Gas pumping/Compressor stations industrial facilities, industrial HVAC and
ventilation, industrial refrigeration and factory setup, plant design, Slurry Pipeline and pumping,
construction, plant commissioning and start-ups. Nazmy’s responsibilities have included Project
Management and Chief Mechanical Engineer. He has proven experience in various phases of project
development including pre-feasibility, feasibility and detailed engineering for a variety of projects. Nazmy is
experienced in managing external consultant resources, technology vendors and engineering contractors,
in addition to internal company resources.
Representative assignments include:
 Lead Engineer - PNG, BC, Canada PNG Pipeline Looping Project. FEED and Budgetary cost
estimate of Compressor station for 525 km 24” gas pipeline. 3 Titan 130-c41 sets and 3 Titan 130-
C45. Gas hydraulics, Station layout, PFD and Preliminary P&ID Class 4 Cost estimate for
Construction, Class 3 cost estimate for Major equipments ( 6 units to deliver 740 mmscfd).
 Lead Engineer - PNG, BC, Canada PNG Pipeline Enhancement Project. Class 5 Constriction
Budgetary cost estimate of Compressor station for 2 PL’s 8” and 30” (86 & 600 mmscfd) gas
pipeline.. Gas hydraulics, Station layout, PFD and Preliminary P&ID Class 5 Cost estimate for
Construction, Class 4 cost estimate for Major equipments
 Lead Engineer Carmon Creek Class 3 estimate, full hydraulic analyses, Dilbit pipeline with flow build
ratio from 10% to 100% of 50% pipeline capacity in the first 10 years. Thermo fluid analysis done to
predict the pipeline operation and shut down and start stop operations.
 Lead Mechanical Engineer - TransCanada, Alberta, Canada – Energy east. Lead Mechanical and
Piping Engineer responsible for Checking & review works, 71 Pump stations 491 Centrifugal pumps,
120 gas Turbine power generation units pre engineering ( 10 MW ea), Compressor units selection
and design review optimization 3 pipeline cooling facilities, Pipeline connecting Alberta to Quebec
 Lead Mechanical Engineer - KinderMorgan, Alberta, Canada Edmonton Rail Terminal Lead
Mechanical and Piping Engineer responsible for Checking & review works, Pump station Metering
Skids, tanks.
 Subject matter Expert of Hydrotransport at WorleyParons Edmonton for tailing prpjects
 Lead system engineer Gazprom VIINST gas pipelines
 Bechtel UK, Libya gas pipeline project hydraulic analysis, gas injection flow network for oil well.
 Lead pipeline engineer. MNG, Western Siberia, developer of multiphase flow thermo hydraulic analysis
based on existing crude oil properties ( Water+crude oil+gas+solids) , MNG flow network analysis in total
1500 km ranging from 4” to 24” ( flow lines and gathering lines) .
 Lead system engineer Gazprom Astrakhan Gas Complex, Gas compression stations and Gas treatment
facility upgrade
 Lead Mechanical Engineer - Enbridge, Wood Buffalo Expansion Project - Scope Study of the
Metering stations. Lead Mechanical Engineer responsible for Metering stations study, data sheets
and design criteria of the tanks.
 Lead Mechanical Engineer - TransCanada, Alberta, Canada – Moss Hill Project.KXL project Lead
Mechanical and Piping Engineer responsible for tanks, pumping stations, Pipeline Cooling systems,
Detail Engineering. Cooling facility for 1MBPD.

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 Lead Mechanical Engineer - TransCanada, Alberta, Canada – Hardisty Pump station.and Terminal
B.KXL project Lead Mechanical and Piping Engineer responsible Engineering check and review as
Business unit Mechanical Lead for tanks, pumping stations Metering skids, Traps, sump system.
Detail Engineering.
 Lead Mechanical Engineer - Agrium, Redwater, Alberta, Canada - CGT and F901. Lead Mechanical
and Piping Engineer responsible for Class 4 and 3, FEED study furnace sections replacements
(Block Finned Tubing Convective Heat Exchanger), utilities for GE new gas turbine.
 Lead Mechanical Engineer - Agrium, Redwater, Alberta, Canada - Urea Expansion. Lead
Mechanical and Piping Engineer responsible for Class 4, FEED study and detailed studies for Urea
Expansion Projects. Works include Boiler Expansions, Co2 Compressor units, Ammonia Pumps,
Heat Exchangers, cooling Towers, Process Tanks, and Material handlings.
 Lead Mechanical Engineer - TransCanada, Alberta, Canada - Grand Rapid Pipeline Project. Lead
Mechanical and Piping Engineer responsible for tanks, pumping stations, terminals, truck unloading
facilities and fire protection systems. Class 4 and 3 phases. % pump station, 2 Truck Loading
facilities, 4 metering stations, 1 MBPD Dilbit, 360KBPD Diluent
 Lead Mechanical Engineer - Enbridge, Scope Study of the Tank Farm (32 tanks) and metering
facility, tank manifolds. Lead Mechanical Engineer responsible for tank farm study, data sheets and
design criteria of the tanks.
 Lead Mechanical Engineer - Syncrude, Responsible for piping and pipelines for the slurry systems
associated with this project. Developed Engineering Work Packages (EWPs), prepared material
specifications and requisitions. Conducted calculations for piping and pipeline components and
developed Mechanical Equipment Packages. Floating slurry Pump station (8 pumps), air bubbler
system to clear 500 meter passage, Air compressors station, water pump stations, slurry pumps.
 Lead Mechanical Engineer - Valentines Iron Ore Project. Senior Mechanical Engineer on the project
consisting of piping and pipeline for slurry systems. Responsible for wet area including slurry piping
and pipelines, insulation, painting and slurry handling equipment.
 Syncrude-Fort McMurray - Aurora Tailings Management. Lead Mechanical Engineer responsible for
piping, pipeline and Mechanical equipment for the Project. Performed ASME B31.3 and B31.11 pipes and
components calculations. Also responsible for developing engineering work packages (Piping, Pipelines
and Mechanical), performing air bubbler system thermal analysis, Material requisition (Mechanical, Piping
and Pipelines).
 Zamin FERROUS - Uruguay -Valentines Iron Ore Project. Lead Mechanical Engineer responsible for
Writing & reviewing piping and pipeline specifications for the wet process i.e. Iron ore concentrate pipeline
transportation system from Processing Plant to the port (350 km pipeline plus pumping stations).
Developed design specifications for piping, insulation and protective coating.
 RIO-TINTO IOCC - Mine Crusher Optimization Project and Blasting Performance. Project Manager on
the project consisting of adding a new Crusher unit to the mine to increase productivity from 17 MIT per
year to 25 MIT. Performed FEED and a feasibility study to optimize crusher capacity and the blasting
pattern. Responsible for layout review/modifications of crushing plants and ancillary equipment.
Responsible for the following:
 3600 HP Ball Mill Shell Replacement, Lifter, Liner and Ball Shape Optimization Program at the
Pellet Plant- Managed the Execution of the Shell replacement and NDT;
 Dust Control in Crusher House- Performed FEED and Pre-Feasibility Study; and
 Overhead Conveyor Belt 7 km to Transfer Blasted Raw to Second Crusher- Performed FEED
study and Pre-Feasibility.
 RIO-TINTO IOCC - SALA Magnetic Separator/Concentrator Plant. Lead Mechanical Engineer
responsible for upgrading the recovery of three magnetic separators. Redesigned the distribution piping
from the Hydro Cyclone to the Separator. Engineered the flow analysis, hydraulic balance, pre-feasibility

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and feasibility. Performed detailed engineering for the feasible option. Executed the project. The NPV of
the Project was 1:10 and payback period 3 months.
 RIO-TINTO IOCC - Thickener Flocculant/Cogaulant System. Lead Mechanical Engineer responsible for
the complete design of a new system to treat the pellet plant waste water to upgrade the quality of the
process water. Also responsible for skid and piping design.
 RIO-TINTO IOCC - BC1-BC2 Air Improvement. Project consisted of a Wet Dust Collection system for
Pellet conveying system. Lead Mechanical Engineer responsible for performing full system design and
detailed engineering.
 RIO-TINTO IOCC - Load Out Variability Control. Project consisted of the upgrade of the train loading
system to increase train speed from 0.5 mph to .9 mph and the weight control system, as well as dust
control. Managed the execution of the project.
 RIO-TINTO IOCC - Pellet Plant Filtering and Balling Humidity Control. Lead Mechanical Engineer
responsible for performing full industrial ventilation design (including thermo-fluid simulation of the system,
option recommendations, component design and selection, prefeasibility and feasibility) to control
humidity from 26 filters and balling m/c's using heat recovery and specially designed hoods.
 RIO-TINTO IOCC - Steam Plant West Bridge. Lead Mechanical Engineer responsible for assessing
existing bridge integrity and overhaul to extend the working life and safety of the bridge use. Performed
pre prefeasibility and option selection.
 RIO-TINTO IOCC - Ore Product Dust Control. Project consisted of the dust suppression system at chutes
for the boom stackers. Lead Mechanical Engineer responsible for performing pre-feasibility, feasibility and
detailed engineering.
 RIO-TINTO IOCC - Slurry Pump Performance. Upgrade 1250 HP Slurry Pump Performance. Lead
Mechanical Engineer on the redesign of the piping and drive system. Audited the performance of the
slurry pump, complete measurement and system simulation to recommend options for upgrade.
 RIO-TINTO IOCC - Tailing Valves Wear Resistance. Lead Mechanical Engineer on the project consisting
of the study and replacement of valves in the concentrator plant to reduce cost due to high wear rate.
Performed full slurry flow and wear analysis to predict war rate and select alternative materials to pro long
service life of the valve to minimize shutdown and maximize production.
 RIO-TINTO IOCC - Vertical Pipe Slurry Pipe. Lead Mechanical Engineer on the wear and abrasion study
to redesign the piping route of a vertical pipe (120 ft long) to reduce abrasion. Performed flow wear
analysis to recommend a pipe design to prolong the service life of the pipe to 9 months instead of 3 weeks.
 RIO-TINTO IOCC - Tailing Pumps and Pipelines Upgrade. Lead Mechanical Engineer responsible for
performing a study and recommending alternatives to upgrade the tailing to handle 30% solid content by
weight from 15% using the existing system. Performed a full analysis of the piping/pump system to
recommend alternatives to upgrade the system to handle 50% solid instead of 20% using existing pumps
with minimum shutdowns, system modifications to increase the system capacity to handle double the flow
by adding extra pumps and change pipeline materials and sizes to accommodate higher flow without
affecting the wear rate.
 Lead Mechanical Engineer - Areva, Saskatchewan, Canada - Lead Mechanical and Piping Engineer
responsible for checking and review works Upgrading and Expanding the Uranium mine facility.
 Lead Mechanical Engineer - Enbridge, Hangingstone & Jacos part of Northern gateway Project –
Detailed engineering, pump station, metering skids, Pig launcher, etc.
 Project Manager - Iron Ore Company of Canada, Labrador City, Newfoundland, Canada –
Miscellaneous Projects. Project Manager responsible for various projects including:
 Mine Crusher Optimization Project and Blasting Performance. Adding a new crusher unit to the mine to
increase productivity from 17 M/T per year to 25 M/T. Completed a feasibility study to optimize the crusher
capacity and blasting pattern. Reviewed and modified layout of crushing plants and ancillary equipment.
 Overhead Conveyor Belt. 7 km to transfer blasted raw to second Crusher.
 Dust Control. Upgraded dust control within crusher house.

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 Pellet Plant Optimization Program. Included 3600 HP ball mill shell replacement, lifter, liner and ball
shape.
 SALA Magnetic Separator/Concentrator Plant. Upgraded recovery of three magnetic separators.
Redesign the distribution piping from hydro cyclone to the separator.
 Thickener Flocculent / Coagulant System. Complete design of a new system to treat the Pellet Plant
waste water to upgrade the quality of the process water. Completed skid and piping design.
 BC1-BC2 Air Improvement. Wet Dust Collection system for pellet conveying system. Full system design.
 Load out variability Control. Upgraded train loading system to increase train speed from 0.5 mph to 0.9
mph. Upgraded weight control system and dust control.
 Pellet Plant Filtering and Balling Humidity Control. Full industrial ventilation design to control humidity
from 26 filters and balling m/c’s using heat recovery and specially designed hoods.
 Steam Plant West Bridge. Assessed existing bridge integrity and overhaul to extend the working life and
safety of the bridge use.
 Ore Product Dust Control. Dust suppression system at chutes for the boom stackers
 Slurry Pump Performance. Upgraded 1250 HP slurry pump performance. Redesign of the piping and
Drive system.
 Tailing Valves Wear Resistance. Performed study and replaced valves in the concentrator plant to reduce
cost due to high wear rate.
 Vertical Pipe Slurry Pipe. Wear and abrasion study to redesign the piping route of a vertical pipe (120 ft
long) to reduce abrasion.
 Tailing Pumps and Pipelines Upgrade. Performed study and recommended alternative to upgrade the
tailing to handle 30% solid content by weight from 15% using the existing system.
 Senior Vice President – Various Clients – Miscellaneous Projects. Senior Vice President responsible
for various projects including:
 Harvest Longwall FRP Pipes, Daqing, Harbin, China - Large diameter GRE pipe Design. Design of large
diameter 12” to 24” glass reinforced pipes.
 Harvest Longwall FRP Pipes, Daqing, Harbin, China - Factory and Production Line Setup. Design and
setup of 24 pipe production lines.
 Kuwait Oil Company, Kuwait – Injection water upgrade. Performed engineering for 55 km flooding pipeline
network. Performed material and mechanical equipment specifications. Designed, pig launcher and
receiver.
 Engineering Director - Various Clients – Miscellaneous Projects. Engineering Director responsible for
various projects including:
 Ecuador Government, Yasuni, Ecuador - ITT Project. Designed pipelines and tank farm
 Advanced Composite Pipes (ACP), Lelystad, Holland - Flexible Pipe Design. Designed pipe product and
joints.
 World Wildlife Fund/Toyota, Galapagos Island, Ecuador - Fueling Facility. Performed engineering and
environmental study for fueling facility using flexible pipelines.
 Government of Jordan, Aqaba, Jordan - Composite Pipes Production. Performed feasibility and detailed
engineering of GRE pipe and fitting factory.
 RAG Deutsche SteinKohle, Düsseldorf, Germany- Coal Mine Ventilation. Designed ventilation system for
an underground mine using composite pipes and ducts.
 OPA, Bogota, Colombia - Flow Lines Design. Designed new flow lines using flexible composite pipelines.
 Engineering Director - ACP, Lelystad, Holland, - Pipelines and Tank Farms Design. Completed
designs and performed detailed engineering for several clients using flexible pipelines. Clients
included:
 PDVSA, subsea crude oil flow line 5”
 Statoil subsea Co2 pipeline
 Jordanian Government, Royal Court of Economical Development

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 Engineering Director - Aminatite, Dammam, Saudi Arabia – Ampiox Production Factory.
Responsible for preparing product designs, completing specifications, data sheets and engineering
guides. Established factory. Products were designed in accordance with International Standards ISO
14692, ASTM, API, BS. Etc.
 Engineering & Marketing Manager – Various Clients – Miscellaneous Projects. Engineering and
Marketing Manager with the Pipelines Department responsible for the following projects:
 Amoco, Gulf of Suez, Egypt - Design of Crude Oil Transmission Pipelines. Multiphase pipeline design,
construction and detailed engineering.24” offshore onshore pipeline-Multiphase flow. Design installation
and commissioning in 14 days.
 Deminix, Zeit bay, Egypt – Zeit Bay Fire Fighting station oil filed network. Firefighting piping design and
construction. Water Fire Pump station
 Apache, Marsa Matrouh, Egypt - Acoustic Soda Piping System, Pumping station
 Sumid, Alexandria, Egypt – 24”Fire System Design. Main tank farm firefighting network design. Fire
network for 22 1 BBL tanks in Alxendria tank farm.
 Agib, Alamin, Egypt - Sea Water Filtering and Flooding System. Design and detailed engineering. Water
Flooding 5 treatment units, 2 KM of pipes, 5000 pieces of fitting Design, installation in 15 days.
 Repsol, Zawaia, Libya - Zawia Fire Fighting. Designed the terminal firefighting network
 Repsol, Ubari, Libya - Ubari. Oil Field Production Facility and Fire Fighting network, (300 psig).
 Engineering & Marketing Manager – Various Clients – chief pipeline engineer- Western Siberia Oil
Fields upgrade (250,000 km flowlines, 5 year program). Design, detailed engineering and construction
supervision of flow lines, gathering lines totaling 2500 km of pipelines. Oil and gas pipeline facilities
Pump stations and Gas Compressors stations Clients included (Example projects):
 TNK, Gathering, flowlines, 320 km 32 bar (480 psig), swampy soil
 Salvneft Flowlines, 120 Km 20 bar (300 psig) Multiphae
 Yukos High Pressure water injection pipelines
 Lukoil gathering lines and High pressure water injection pipelines (300 psig) 45 km
 Sibneft Flowlines
 Gazprom VIINST gas pipelines
 Gazprom Astrakhan Gas Complex, Gas compression stations and Gas treatment facility upgrade
 Klaipeda Oil Terminal, Klaipeda, Lithuania - Klaipeda Terminal. Acoustic Soda Piping System. Terminal
tank farm piping.
 Latvian Government, Riga, Latvia. National specification for Non Metal piping design and use.
 Ventispil Nafta, Ventispil, Latvia - Ventispil Nafta. Terminal piping handling system for crude oil. Terminal
Tank farm and loading/off-loading piping network
 Engineering & Marketing Manager – Various Clients – Miscellaneous Projects. Engineering and
Marketing Manager with the Protective Coating Department responsible for the following projects:
 SIGMA Engineering & Trading, Cairo, Egypt. Protective Coating Division.
 Ministry of Electricity, Cairo, Egypt – Protective Coating Systems. Steel structure and equipment Design
and implementation of protective coating systems.
 Babcock Wilcox, Berlin, Germany – Batihk Power station. Aluminum chimneys coating systems.
 ABB SUSA, Suez, Egypt - Suez Canal Sewage Systems. Solvent free high solid hot tar system for large
concrete pipelines.
 ThyssenKrupp U, Various Locations, Egypt / Germany - Fertilizer factory coating system
 Borsig, GmbH, Various Locations, Egypt / Germany - Power Plant. Steel structure coating system design
and supervision.
 Canadian Occidental Limited, Various Locations including Yeman / Canada – Mukala. 36 tanks farm
coating system. Construction in 9 months.
 USAID and Ministry of Electricity, Various Locations, Egypt / USA - High Dam gates and Equipment
Upgrade. 18 month duration. Hydraulic gates, Turbine filters and equipment.

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 Managing Director - Various Clients – Miscellaneous Projects. Responsible for the following projects:
 Ministry of Defense, Cairo, Egypt - Paratroop Jumping and Training Facility. Design and manufacturing
of paratroops high jumping systems.
 Ministry of Electricity, Cairo, Egypt – Humidifiers. Design and manufacture of small Humidification Units.
 Nabila Resorts, Giza, Egypt – Hotel Al Nabila. Design and construction of cold storage
 Arab Swiss Cheese Factory, Cairo, Egypt - Arabia Cheese Factories.
 Design and construction of 12 cold rooms each 12 m X 12 m X 8 m.
 Design and construction of 40 tonne / 20 tonne of brine water storage and cooling system
 Design and construction of fog atomizers nozzles.
 Industrial Refrigeration systems ( Ammonia, R-22).
 Ain Shams University, Faculty of Engineering, Cairo, Egypt. Design and construction of Mono Molecular
Metal Cooling System.
 Ahli United Bank, Cairo and Giza, Egypt – Air Conditioning. Design and construction of air conditioning
system for three branches, 100 T.R. each.
 Chemicals for Modern Buildings (CMB), Various Locations, Egypt/Germany – Miscellaneous Projects.
 Design and construction of Solvent Extraction Units ( Industrial refrigeration)
 Design and Construction of Emergency Power Plant.
Education
 Master in Mechanical Engineering, Cairo University, Cairo, Egypt 1990
 Bachelor in Mechanical Engineering, Ain Shams University, Cairo, Egypt 1982
 Certificate of Multinational Business Administration, 2 year program,
 American University, Cairo, Egypt 1990
 Certificate of Salesmanship and Marketing, 2 year program
 Business accounting and Costing
 American University, Cairo, Egypt
 Project Cost Estimation 1991
 Military Academy of Reserve Officer Academy, Cairo, Egypt 1983
Registrations and Affiliations
 The Association of Professional Engineers, Geologists and Geophysicists of Alberta (APEGA), Also a
Responsible Member (Permit Stamp Holder)
 The Association of Professional Engineers, Geologists and Geophysicists of Saskatchewan (APEGS),
Also a Responsible Member (Permit Stamp Holder)
 The Association of Professional Engineers, Geologists and Geophysicists of British Columbia
(APEGBC). Also a Responsible Member (Permit Stamp Holder)
 Professional Engineers of Ontario (PEO)
 Egyptian Engineering Syndicate
 Egyptian Society of Mechanical Engineers
 Egyptian Society of Engineers
Publications and Presentations
 N. Markos, “Application of GRE Pipelines in the Oil and Gas Industry”, International Association of Oil
and Gas, Rio de Janiero, Brazil, 1996
 N. Markos, “Use and Application of GRE in Gathering Flow Lines”, Nizhnevartovsk Technical Institute,
Western Siberia Oil and gas Design Institute, Russia, 1997

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 N. Markos, “Engineering Design of GRE Pipeline and Piping Systems (Onshore/Offshore)”, Ampiox
Engineering Guide, Den Bosh, Holland, 2001
 N.Markos, Predicting Pressure and Temperature profiles of impinging jets on moving plates, 1990
Skills and Specialist Courses
Specific technical expertise includes:
 Pipeline and Pipeline facilities Feasibility and Feed Studies;
 Thermo-Fluid analysis of Gas/Liquid pipelines ( including heat transfer, transient analysis of network);
 Gas pipeline hydraulics, compressor sizing, pressure reducing station sizing
 Working Knowledge of Pipeflo, PipeWin,PipeSim, AFT, Stoner.
 Tank farms Feasibility and Feed Studies;
 Feasibility and FEED Studies;
 Factories Setup, Equipment and Mechanical Systems Maintenance;
 Mine and Mineral Industry Dust Control;
 Slurry and Multiphase Piping, pumping stations & Pipelines Engineering;
 Slurry Handling Equipment and Systems simulation and engineering;
 Conveyor Belt Dust Control;
 Protective Coating Systems (Oil and Gas facilities, Marine, Power Plants and Industrial);
 Industrial Ventilation and Refrigeration systems;
 Factory Setup; and
 Reliability engineering studies.

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Employment History
UniversalPegasus International, Inc. 2014 - Present
WorleyParsons, Edmonton, AB, Canada 2011 - 2014
BPR-Bechtel, Labrador, NL, Canada 2010 - 2011
Harvest FRP, Beijing, China 2008 - 2010
ACP Technology BV, Lelystad, Holland, Russia and Latin America 2002 - 2008
Amipox International, Den Bosch, Holland 2000 - 2002
Ameron BV, Den Bosch, Holland, Russia 1993 - 2001
Ameron BV, Geldermalsen, Holland and Middle East 1987 - 1993
Sigma Trading & Engineering Company, Cairo, Egypt 1982 - 1987