My CV

1. HOSSEIN EMADI Skype ID: Hosseinemadi80
e-mail: Hosseinemadi@yahoo.com
LinkedIn Profile: Hossein Emadi (Process Design Engineer)
Married/ 35 Years Old
Cell Phone: +39 327 237 3550
Residence of: Rende (CS), Italy
Technical Skills:  Ten years of experience in Process Engineering in several multi-cultural environments
(working with AXENS, LINDE, LURGI, Tebodin Bilfinger” Tebodin Middle East Ltd.”)
 Holder of MSc. degree in Chemical Engineering from University of Calabria in Italy
 Experienced in Conceptual Design, FEED, Basic Design, and Detailed Design in multi-
disciplinary EPC and MC projects within the Oil and Gas and Petrochemical industries
 Experienced in preparation of Technical Bid Evaluations (TBE)
 Experienced in leading HAZOP/ SIL/ QRA/ HAZID studies and close out reports
 Recognized for efficient time and resource management ability to meet the project schedule
and cost milestones
 Handled Process calculations and documents preparation such as providing Process
Simulation, PFDs, P&IDs, H&M Balance, Process Control Philosophy, Operation Manual,
Shut down Philosophy and Diagram, Cause & Effect Matrix, Safeguard Flow Diagram,
Flare Network calculations.
 Experienced in Process Simulation, Optimization, Sensitivity Analysis, Steady State &
Transient Hydraulic calculations and Simulation, Surge Analysis, Blow down and Flare
Network, Pinch Analysis and Heat Integration for Heat Exchanger Network Design
Communication
& Teamwork
Skills:
 Excellent organizational and interpersonal skills
 Good command of English language/Moderate knowledge of Italian language
 Self-motivated with a strong work ethic for developing multiple tasks and timeliness
Computer Skills:  Engineering Software: HYSYS, PRO II, Unisim, ASPEN PLUS, PIPENET, PIPESYS,
HTRI, HTFS, FLARENET, AFT Impulse, PIPEPHASE, PIPESIM, PIPEFLOW,
INSTRUCALC (PSV, Orifice, Control Valve Sizing), MS Office, AutoCAD, Naviswork
Engineering
Experience In
Following
Process Plants:
 Sour Gas Treatment Plant, (NGL Unit, Gas Sweetening and Dehydration Unit, SRU)
 Sulfur Removal Unit (SulfrexTM
process, HDS process and Amine Treating)
 Crude Oil Refinery Plant, (CDU, VDU, Stabilization, HDS, Fractionation, SWS)
 Petrochemical processes particularly with synthesis gas production with reformer
 Gas Transmission Pipeline and Compressor Stations
 Crude Oil pipeline, Storing and Pump Stations, Central Processing Facilities(CPF)
 Industrial Gas Production; Nitrogen, Oxygen(ASU), Hydrogen"HRU"(Steam Reforming)
 Utilities and Off-sites
WORK EXPERIENCE .
Worked as Freelance Process Engineer
Process Consultant Engineer September 2015– Presence
Projects: Gas Sweetening Technology License review for selecting the optimum scenario, Conceptual, Basic and
Detail Design development of MgO production plant by calcination of dolomite, Surge Study of LPG
Transportation pipeline from production plant to Jetty, Conceptual Design Study of Cumene production:
(For Details of tasks and duties refer to page 5 of this Curriculum Vitae)

2. WORK EXPERIENCE
Fateh Kimia Petrochemical (Fateh Group). (www.fatehgroup.com)
Process Lead Engineer July 2014 – September 2015
Project: Fateh Kimia Methanol Production Plant under license of Switzerland's CASALE (Production of 5'000
MTPD of grade AA methanol using natural gas through conventional steam reforming unit together with an auto-
thermal oxygen reformer for the front-end section, combined with a high efficiency synthesis section where the
CASALE IMC reactor is installed)
 Working with PIDEC in Shiraz for Basic and Detail Design Package of Methanol production plant
 CASALE License review for basic endorsement according to regional codes and roles
 Utility consumption balance estimation and utility package basic design (Steam, Water, Fuels, Nitrogen and
Oxygen, Waste Water Treatment, Cooling Water)
 Steam production and consumption balance study to estimate the waste heat boiler and auxiliary boiler capacity
 Cooling water loop and boiler feed water loop calculations to estimate the make-up required water flow rate
 Preparation of Depressurizing Study of whole plant to estimate the flare network buildup pressure
 Flare Network Basic Design (Analyzing the flare network back pressure to dedicate HP and LP flare for plant)
 Fire Zone sectioning review with Safety Engineers to optimize the Blow Down Valves number and location
 Heat Exchanger and Vessels Basic Design review for sizing & selection of equipment for Tenders
 Synthesis Reactor(Furnace) fuel supply control review with instrumentation engineers
 Line Sizing and Hydraulic analysis of sea water intake and Reverse Osmose rejected water drain pipelines
 Preparation / review of BFD, PFD, P&ID’s, project specific specifications, design calculation / analysis,
procurement specification.
 Attending in HAZOP and SIL meeting as the Process Lead and follow up the close out reports
 Activity planning, work scheduling, assigning responsibilities to Engineers & Draftsmen, and monitoring to meet
the project schedule with resource optimization
 Interface with other disciplines, user departments and Clients
 Site visit of similar methanol plants in same region and check the punch lists to figure out the probable challenges
during construction and commissioning process
 Estimation / engineering work related to bids
 Detail Design (Preparing process deliverables and calculations)
 Preparation & Issue of RFQ’s, evaluation of vendor’s quotations, clarifications, Technical Bid Analysis
 Review of vendor’s documents, drawings, datasheets, specifications and calculations
WORK EXPERIENCE
DELVAR AFZAR Industrial Gases Co. (www.delvarafzar.com)
Process Design EngineerProcess Commissioning Engineer December 2012 – June 2014
Project: Ilam Petrochemical Complex SRU (Sulfur Removal Unit; SULFREXTM
& HDS Process under License
of AXENS): Production of 453.3 KTPA Sulfur free C3+ and 470 KTPA Sulfur free C5+
 Reviewed and endorsed the Process deliverables of Basic Package
 Prepared Process Simulation with HYSYS & PROII
 Performed Shell & Tube Heat Exchangers and Air Coolers Thermal design with HTRI & HTFS
 Prepared Single phase and Two phase line sizing and simulation with PIPESYS and PIPENET
 Performed Thermo siphoned re-boiler inlet and outlet two phase lines' calculations

3.  Performed Threes phase and Two Phase Flash Drum and Separator (Horizontal & Vertical) sizing calculation
 Performed PSV and BDV relief load calculations and sizing as per API 521 with HYSYS Depressuring and
LESSER
 Prepared Flare network hydraulic calculations and simulation with FLARENET
 Performed Orifice, Flow Element and Control Valve Sizing with INSTRUCALC and FISCHER
 Developed the Detailed Design process deliverables e.g. PFDs, P&IDs and Process Control Philosophy
 Performed Surge Study analysis of 21 KM. feed stock Condensate Pipeline (Valve closure time calculation)
 Performed Flow Assurance and PVT analysis of sour hydrocarbon feed stock in plant upstream Pipeline
 Performed Minimum Design Metal Temperature (MDMT) study for Equipment and Piping Material Selection
 Reviewed the licensor's control and operating philosophy
 Contributed to Plot Plan review with other disciplines
 Prepared of Technical Requisitions and Equipment Datasheets
 Performed the Technical Bid Evaluations (TBE)
 Handled clarifications and kick off meetings with vendors
 Reviewed vendor documents to IFC status
 Communicated detailed design issues effectively with suppliers, clients, and other engineering disciplines
 Reviewed the safety specifications and roles regarding to process operation
 Ensured the proper application of the approved Project Design Codes
 Conducted HAZOP, QRA and SIL studies
Project: Air Separation LINDE (Oxygen) Plant (Cryogenic Plant) ; (Detail Design & Commissioning. Bandar
Imam 2 plant (LINDE Project No. 1410 ABPM)) ; 6000 Nm3
/hr OXYGEN and 13600 Nm3
/hr NITROGEN
 Reviewed Detail Engineering Design Phase Process documents review (Review of LINDE documents)
 Reviewed 3D modeling with Piping and Civil-Structure departments' Engineers
 Modified Process Control Design (Using HYSYS Dynamic)
 Took apart in Pre-commissioning and Commissioning activities under supervision of LINDE Germany
 Prepared Performance Curve and Surge line checking of SAMSUNG & ATLAS COPCO compressors
 Debottlenecking of Operation Engineers Punches to reach the Energy & Product specification guarantee value
 Prepared Operational Log sheets for plant to optimize some process control measuring ranges and set points
Project: Steam Reforming LINDE Hydrogen Plant (HPU); (700 Nm3
/hr Hydrogen Production Plant,
Revamping and Modifying existing LINDE plant)
 LINDE license review (In this project specification of Natural Gas feed stock and site conditions had been
changed and process design review was mandatory to modify the LINDE license design)
 Prepared Process Simulation with HYSYS based on new different Natural Gas Feed Stock specification to
evaluate the Plant performance, de-bottle necking and troubleshooting of operational parameters' deviations
 Prepared Heat Exchangers and furnace Thermal Rating with HTRI & HTFS to evaluate the Performance
Efficiencies and duty variations
 Heat Exchanger and Vessels Basic Design review for sizing & selection of equipment for Tenders
 Air Cooler Thermal Rating with HTRI & HTFS to verify the essential required duty
 Hydrogen compressors simulation for outlet temperature checking for modifying the inter/after coolers’ duty
 Control arrangement reviews
 Checking the PSVs and Control Valves sizing (with new Natural Gas feed stock specification)
ENERGY & INDUSTRY CONSULTING ENGINEERS (EIC) December 2008 – November 2012
Project: Ramin (Ahwaz) Thermal Power Generation Plant Extension with the generation capacity of (2×325) MW
(Utility and Off-sites; Conceptual Design to FEED. Client: MAPNA GROUP)
 (Lead of Process team) : Developed of PFDs, P&IDs, Process Description, Design criteria & Basis, Pumps
Hydraulic Calculations, Lines Sizing, (Atmospheric Tank effective capacity, bottom Steam Coil, vent & drain
calculations), Utility distribution Network simulations, Process data of Instrumentations and mechanical
datasheets, Surge Analysis with AFT Impulse, Gas Accumulator Sizing, API Oil separator Design, Shell&
Tube HX design, 3D model review, Feed Stock Pipeline Hydraulic and Flow assurance study

4. Project: Qeshm Star Crude Oil Refinery with Nominal capacity of 50,000 BPD for processing heavy or extra
heavy crude oils (Conceptual & Basic Design) (CDU, VDU, Stabilization, HDS, Fractionation, SWS)
 Prepared Conceptual Scenarios Design Study
 Performed Process Simulation of Crude Oil Preheating, CDU, NGL Fractionation and Sour Water Stripper
 Prepared PFDs, P&IDs, Hydraulic Calculations, Lines Sizing (Single phase and Two Phase), Process Control
Philosophy, Process Datasheets, Cause & Effect, Blow Down calculations, PSVs load calculations, Utility
Flow Diagrams, Flare Network simulation, Heat Exchangers Thermal design, Operating Manual
 Performed Crude Oil Feed Stock Pipelines Hydraulic Calculations, PVT and Flow Assurance study
 Attended in HAZOP, QRA and SIL studies meeting
Project: Aviation Fuel Network Facilities for PHASE (II) IKA (Air Port) in Tehran (Conceptual, Basic &
Detail; Joint Venture with Tebodin Middle East Ltd.)
 Prepared Conceptual Scenarios Design Study, Developed PFDs, P&IDs, Process Description, Design Criteria,
Design Basis, Operating and Control Philosophy, Cause & Effect, Storage Tanks Nitrogen Blanketing
calculations, Fuel Distribution Network design
 Performed Hydraulic Calculations with PIPENET, Surge Study of Fuel Distribution Network by AFT Impulse
Project: Two Gas Compressor Stations on Eighth Iranian Gas Trunk Line (I-GAT-VIII) with capacity of 108
MMSCMD (Detail Design)
 Performed Basic Package Endorsement & reviewed Detail Design Engineering documents preparation
 Prepared Process Simulation with HYSYS, PFDs, P&IDs, Process Description, Shout Down Philosophy, Blow
Down Philosophy, ESD Block Diagrams, PSVs and BDVs Sizing, Cold Flare Network calculations with
FLARENET, Control Philosophy, Operation Manual, Air Cooler/ Heat exchanger Thermal design with HTRI
and HTFS, Cause & Effect, Line Sizing, 3D model review, Vendors' documents checking, Attend in HAZOP
Project: South Pars Gas Field Development Phases 15&16 Onshore Facilities with Total capacity of 2000
MMSCFD of Reservoir fluid (FEED, Extended FEED and Completion of Detailed Design) Cooperation with
joint venture of Nargan Engineers & Constructors and Sazeh Consultants)
 Sour Gas Treatment Plant, (NGL Unit, Gas Sweetening and Dehydration Unit, SRU – LURGI License)
 Sulfur Removal Unit (SulfrexTM
process and Amine Treating – AXENS License)
 Prepared Detail Design Engineering documents (Basic Licensors; LURGI, Prosernat, AXENS, Total)
 Control Valve Sizing review (preparation of control valve line-up schematic and hydraulic check)
 Pump sizing and Hydraulic checking
 Restricted Orifice sizing and Hydraulic checking
 Instrumentations datasheet preparation
 Two/three phase separator sizing according to Total Process Design Manual for Tenders Bid Datasheet
 Site visit for checking the problems raised by site queries
 3D model review
 Attended in field activities, construction, Equipment erection and Piping installation supervision
 TBE of vendor documents;
o SULZER (Packed beds Packings)
o LEWA (Pumps)
o Atlas Copco (Compressor and Turbine)
o BORSIG ZM Compression GmbH(Compressors)
o Siemens (Gas Turbo Compressor)
o Koch-Glitsch (Column internals; Tray, Mesh pad, Vane)
o Hanbal Masstech Limited (Column Internal, Tray, Structured and Random packing, Demister)
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Multiphase and Process Simulation Center-University of Tehran September 2007 – September 2008
Project: Design, Installation and Commissioning of a Pilot Fluidized Bed gas phase Reactor
 Prepared calculation notes and instrument data sheets to procurement of instrumentations,
process simulation of the compressed air production unit with HYSYS, Sizing the reciprocating air
compressor and air buffer, Operational supervision of fluidized bed reactor hydrodynamic behavior

5. WORK EXPERIENCE AS FREELANCER ENGINEER (2012 up to now) .
Gas Sweetening Technology License review for selecting the optimum scenario 2017-2018
 (License review for Technology Selection) (Client: National Iranian Gas Company –Research and Technology
Directorate http://research.nigc.ir/).
This study is applicable for client during the development of new gas sweetening unit.
 Information gathering for review of different licensors’ developed process for natural gas sweeting
 Comparative study of different developed process based on important terms and conditions during developing
a new gas sweetening unit to select the optimum scenario between various choices
 Statistical data gathering of various developed patents by different licensors for investigating the suppliers’
market
Conceptual/Basic/Detail Design development of MgO production plant by calcination of dolomite 2016-2018
(Client: Persol Corporation http://persol.ir/ )
 Conceptual Design (Simulation/Modeling and Calculations of different process units; CO2 Capturing, Digestion
Reactor, Precipitation and Filtering, Sintering and Clacination, Drying)
 Utility Consumption Balance Estimation
 Basic Design (Pfd, P&ID, Process description and Philosophy, Process Control Schemes Design)
 Detail Design (Technical Bid Evaluation of Tenders)
Conceptual Design Study of Cumene production 2017
 Conceptual Design and preliminary cost evaluation of Cumene production
 Process Simulation with ASPEN HYSYS for several different scenarios (with/without recycle back)
 Pinch Analysis and Heat integration for heat exchanger network design
 Preliminary equipment sizing
 Cost evaluation (CAPEX and OPEX)
Pars II Common Corridor Engineering Design Services 2014-2017
(Basic and Detail Design) (Client: Pars Oil & Gas Company –POGC-, Engineering Consultant: Borna Tadbir Behta,
Contract Number: SP19-H-12-293)
 Steady State Line Sizing and Hydraulic Calculations for 36'' Stabilized Condensate and 24'' LPG Export Lines
according to Piping Plan Profile
 Surge Analysis and Water Hammering Simulation for Stabilized Condensate and LPG Export Line with AFT-
Impulse
 Boil-off Calculations of LPG pipelines with HYSYS
 Thermal Expansion Relief Calculations of LPG Pipeline
 3D Model review of P&IDs
 HAZOP Study
Design and Construction of 48'' Sales Gas Transportation Pipeline from Koohdasht to Charmaleh and
Following Export to Iraq with 25 MMSCMD 2015
(Detailed Engineering, Procurement, Construction pre- Commissioning and assistant to Commissioning and Start-up )
(Client: National Iranian Gas Company (NIGC), Engineering Consultant: HARAZ RAH Consultant engineers Co.,
Contract Number: 790816)
 Endorsement of Basic package
 Preparation of BFD, PFD, P&ID, Heat and Material balance, Process Description, Control Philosophy,
Drainage Philosophy, Isolation Philosophy, Operation Manual, Emergency shut down and depressurizing
philosophy
 Hydraulic Calculation and Line sizing of Pipeline and Process Piping with software
 Hydrate formation calculations
 Relief load summary report, Depressurizing and Blow down Study report
 Cause and Effect diagram, Set point and alarm list
 Datasheet for gas filter scrubber
 Pressure relief valve sizing, control valve sizing
 TBE of Vendor data sheets

6. Azar Oil Field Development (Central Process Facility and PIPELINE) 2014-2015
Azar Oil Field Development; including a Central Processing Facilities (CPF) which is an oil production unit and
associated Pipeline for transportation of treated crude and associated sour gases which are exported via separate buried
pipelines respectively to down-stream facilities.
(Detail Design Services) (Client: Oil Industries’ Engineering and Construction (OIEC), Engineering Consultant: Iran
Arvin Engineering & Construction Co., Contract Number: AP-1-92-79)
 Endorsement of Basic package
 PFD, MSD (Material Selection Diagram), SFD (Safeguard Flow Diagram), P&ID
 ESD Block Diagram
 Heat and Material balance
 Hazard Area Classification
 Process Description, Control Philosophy, Drainage Philosophy, Isolation Philosophy, Operation Manual,
Emergency shut down and depressurizing philosophy
 Pig Launcher and Pig Receiver data sheet (acc. To ASME scrapper trap)
 ROE (Radius of Exposure) calculation along the sour gas pipeline plan profile according to ASME B.31.8
Section B 850.1
 Equipment list and Line list
 Relief load summary report, Depressurizing and Blow down Study report
 Cause and Effect diagram, Set point and alarm list
ACADEMIC EDUCATONS
University of Calabria, Cosenza, Italy Master of Science in Chemical Engineering 2018
Note: with full Scholarship
University of Tehran, Tehran, Iran Bachelor of Science in Chemical Engineering 2007
TRAINING COURSES
Oil Production- Total Professeurs Associés (TPA) 2006 HTRI-Energy & Industry Co.(EIC) 2009
Aspen HYSYS®
-University of Tehran 2006 Flarenet-Energy & Industry Co.(EIC) 2010
Project Management-University of Tehran 2007 AFT-Impulse-Energy & Industry Co.(EIC) 2010
Honeywell’s UniSim® Design Suite-University of Calabria 2015-2016