MUHAMMAD IMRAN IDRISSaudi International Petrochemical Company, Jubail Industrial-1, KSACell: +92 333 48 20751 (Pakistan) D-O-B: Dec-1st 1980Cell: +966 54 55 61690 (KSA) CNIC: 35201-1524533-3LLN: +966 13 359 9999 (Ext: 1029) Nationality: PakistaniE-mail: imranidris@msn.com

PERSONAL PROFILE:Currently serving SIPCHEM KSA as Design Process Engineer for Methanol / BDO plant since July-2012Prior to that served as Lead Process Engineer for Ammonia Urea complex at Engro Fertilizers Limited Pakistan for seven years (July-2005~June-2012)

KEY RESULT AREAS:a. Plant monitoring and assisting Operations group in trouble shooting routine plant issues.b. Collating & coordinating with engineering contractors for process safety review of basic & detailed engineering. c. Troubleshoot complex issues using structured RCA techniques and analytical skills. Six Sigma yellow belt trainedd. Conceptualization and development of Process Design Packages from basic engineering to detail design for energy

conservation, reliability and quality driven projects. e. Development of PFDs, P&IDs, Energy and Material balances.f. Develop operating strategy for new processes & Review existing operating procedures in the light of RC’s safe operation

guidelines g. Develop steady state & dynamic simulation models for plant expansion studies, operator training, troubleshooting etc. h. Provide assistance in commissioning of newly installed systems as a lead process / commissioning engineer.i. Coordination between production, maintenance, machinery, and instrument interfaces during day to day activities.j. Provide assistance in plant start-up and shutdown activitiesk. Process Safety Review of design specifications from engineering contractors for various balancing, modernization &

revamping projects.

PROFESSIONAL EXPERIENCE (More than 10 Years):

Working with Saudi International Petrochemical Company (SIPCHEM) since July ’12 as a Process Engineer for Butane diol as well as Methanol plant. SIPCHEM manufactures and markets methanol, butanediol, tetrahydrofuran, acetic acid, acetic anhydride, vinyl acetate monomer, as well as carbon monoxide through its various affiliates. Sipchem has the distinction of being the first chemical manufacturing company in the Kingdom to achieve “Responsible Care” certification.

Before joining SIPCHEM I worked for Engro Fertilizers Ltd. Pakistan for seven years, from July ’05 to June ‘12. Engro Fertilizers Ltd. Pakistan is operating Ammonia - Urea Complex in Daharki, an NPK Fertilizer unit in Karachi, a PVC resin manufacturing plant in a JV with Asahi-Japan. Engro is using DuPont Safety systems & is ISO 9000, ISO 14000 certified

Led successful commissioning of world’s largest single train Ammonia-Urea Complex as Lead Process Engineer

BRIEF RUN DOWN OF ROLES & RESPONSIBILITIES: Contact Process Engineering (2005~2009 & 2011 onwards) Responsibilities & Achievements:

a. Focal point for developing Power & Energy audit sheets for Maliec Anhydride and Butane Diol plant for SEEC communication at Sipchem.

b. Daily plant monitoring of Huntsman’s Meliec Anhydride, JM Davy’s Butane Diol, Saipam’s Ammonia-Urea complex, MHI CO2 recovery plant, & Linde’s Cryogenic Nitrogen plant to identify operating issues, troubleshooting and communicating to the management regarding for improvement and optimization.

c. Process simulations for complete Ammonia / Methanol plant to verify plant PFDs and identify bottlenecks for future expansion.

d. Conducting Product Test Run, Technical Monitoring Plan for bench marking plant performance and to identify bottlenecks & troublesome areas of the plant.

e. Issuance of monthly / quarterly & annual reports to evaluate and communicate plant performance to the management.

f. Integration of Dynamic Simulation models for CO2 recovery / Urea & LINDE Nitrogen plant with MS Excel to develop Material and Energy balance.

Commissioning / Startup Engineering (2010~2011), Achievements:

a. Successful commissioning / startup of 3835 MeT/D capacity Urea plant, 450 MeT/D CO2 recovery plant, 700 NMCH capacity liquid & Gas N2 plant, 9000 NMCH capacity Instrument & plant air facility.

b. Development of dynamic models for the simulation of multistage centrifugal compressors anti-surge control logic to troubleshoot operational issues and conducted operator training accordingly.

c. Conducted post commissioning HAZOP for the installed facility at the completion of commissioning phase before going for startup

d. Supervision of Ammonia / Urea plant startup. Modifications in plant startup procedures to save Ammonia plant reformer convection section from damage and successful implementation.

e. Identification & troubleshooting of issues during plant commissioning in the role of contact process engineer.

f. Conducted plant performance test run to bench mark steam, power and energy indices.g. Took the initiative to carry out Successful commissioning of CO2 recovery plant in the absence of principal

vendor MHI Japan. Modified CO2 recovery absorber and Regenerator level control logic for stable plant operation.

h. Controller tuning using dynamic modeling in ASPEN HSYS and then implementing it online.i. Training of process operation engineers for CO2 recovery / Urea / N2 / Instrument Air plantj. Reduction of Urea plant effluents to zero by recycling effluent streams back to process, currently Urea plant

contributes around 60 m3/hr of Non-NEQS compliant effluent that is then pumped to evaporation ponds and pollutes underground water bed

Porcess & Design Engineering(2007~2010) Responsibilities & Achievements:a. Communication with vendors & bid evaluation for purchase of different process equipmentb. Pipe line sizing & pressure drop calculations using HYSYS / Instrucalc etc.c. Design /rating (using Aspen Exchanger Design Rating software), purchasing & commissioning of heat

exchangers for various services.d. Control valve sizing / selection and calculations verification of newly purchased.e. Pump capacity / head and NPSH evaluation & based upon these thing pump selection. f. PSV sizing / selection as per API standards and calculations verification of newly purchased.g. Evaluated, designed & successfully implemented multi-fuel operating system for Primary reformer furnace of

Ammonia plant.

HSE Responsibilities:

a. Conduct Safety audit of the operating area under Responsible Care initiative (CAMAL Observation)b. Conduct Pre-Startup Safety reviews of the newly installed facilitiesc. Conduct Process Hazard Analysis of the installed facilities before it is handed over to Operation department to

ensure that designed process is free of inherent safety hazards

Extracurricular activities:a. Maintaining personal web site: www.thepetrostreet.com where I, along with my friends, have been developing

engineering softwares and sharing them free, also maintaining an engineering forum for guidance of graduate engineers & discussion with professional engineers.

EDUCATION and PROFESSIONAL TRAINING:

Graduated with a B.Sc. degree in Chemical EngineeringUniversity of Engineering & Technology Lahore, Pakistan -o- 2005 -o- 78% with honor

CERTIFICATIONS: Internationally Certified by TÜV Rheinland in Functional Safety Engineering (2013~2018)

Certified in Dupont Management Safety Auditor by Dupont Incident investigation & Root Cause Analysis Dupont Certified Certified yellow belt in Using six sigma methodology Certified in Advance HYSYS / Aspen Plus Simulation by Aspen Tech Professionals PHA leadership trained

COMPUTER SKILLS / ENGINEERING SOFTWARES:

Heat Exchanger evaluations EDR Piping network design Orifice design & sizing on Exxon Design Practices Process Simulations using Aspen HYSYS & Aspen Plus

*References available on request

Office tools: Proficient in Microsoft Office Tools usage Proficient in VISIO usage.