PROFESSIONAL AFFILIATIONS:
Registered Professional Engineer in Province of Alberta, Nova Scotia, Canada
Registered Professional Chemical Engineer in State of Alaska, United States
KEY PROFESSIONAL TRAINING:
• Passed FE and PE exams
• AFT Impulse Training, Applied Flow Technology Corporation
• Stoner Pipeline Simulator (SPS) Training, NG Nobel Denton
• HYSYS Process Modelling Training, AspenTech
• Process Hazards Analysis Leadership Training, ACM Automation Inc.
• Introduction to Safety Relief Valves Training, Farris Engineering
• Arctic Engineering, University of Alaska
EDUCATION:
Bachelor of Engineering (Chemical Engineering), Shanghai Jiaotong University, Shanghai, P. R. China
Computer Literacy – AFT Fathom, AFT Impulse, Stoner, CADSIM Plus, HYSYS, Pegasys, ADLPIPE and AutoCAD
PROFESSIONAL HIGHLIGHT:
Twenty-five + Years Total Experience in process engineering, project management and construction management, and supervision of EIT and junior engineers.
Fields of Expertise include steady state and transient hydraulic analysis for pump station and terminal, process design for facility expansions, upgrades, revamps and engineering studies for the middle stream and downstream of Oil and Gas, petrochemical, chemical, food and pharmaceutical industry.
Major responsibilities have included supervising transient hydraulic analysis and steady state analysis work in the entire Process Department, mentoring junior and intermediate engineers, preparation of technical proposals, preparation of process design basis and criteria, PFD and P&IDs developments, process data sheet developments, process simulations and calculations, piping system design, pump and heat exchanger sizing and selection, project budget and schedule control, management of change, design coordination and construction management.
WORKING EXPERIENCE:
Stantec Consultant Edmonton Office, Edmonton, AB, Canada (Jan. 2011 – Jan. 2015)
Senior Process Engineer (interim Chief Process Engineer)
Alyeska Pipeline Service Company Pump Station 1, 3, 4, 5 and 9 Pipe Re-rout Projects – Detailed engineering for replacement of underground piping with aboveground piping in these pump stations. Examinations of the underground crude oil piping indicated internal corrosion on some lines where flow is intermittent. Regulatory codes by the Department of Transportation (DOT) may require the piping to be accessible for regular corrosion inspection by direct inspection methods. These projects have a mandate to provide new above ground configurations that is easier to inspect and repair. Responsibilities as process lead included preparation of Process Design Criteria, steady state analysis, transient hydraulic analysis; development of P&IDs, PFD, line, and tie-in lists; process system design; pressure relieving system design; design coordination; process hazard analysis; project budget and schedule control; and management of change.
Impulse/Stoner authentication work - As the Chief Process Engineer (interim), lead and directed the Impulse/Stoner authentication work, developed the standard practice and work directive on transient hydraulic analysis for Process group.
Small projects for Enbridge and TransCanada Pipeline – Process Lead for FEED engineering. Responsibilities included preparation of Process Design Criteria, development of PFD, P&IDs, steady state analysis, transient hydraulic analysis, project budget and schedule control, mentoring junior and intermediate engineers.
Stantec Consultant Halifax Office, Dartmouth, NS, Canada (Oct. 2005 – Jan. 2011)
Senior Process Engineer
IOL Dartmouth Refinery Vacuum Furnace Replacement Project – Detail engineering for complete installation of new vacuum furnace and related pumps and H/X modifications. This project was to increase crude rate from 89kB/SD to 95kB/SD. Responsibilities as process lead included development of P&IDs, line and tie-in lists; process system design; pressure relieving system design; pump sizing; review of data sheets and vendor documents; HAZOP; design coordination; budget/schedule control; and management of change.
IOL Dartmouth Refinery Sour Water Stripper Project - Detail engineering for complete installation of sour water stripper, surge drum, transfer pumps, heat recovery H/X. This project, along with the SRID (sulphur plant) replacement, was to reduce site SO2 emissions by 25 wt.% from 2001 baseline. Responsibilities as process lead included development of P&IDs, line and tie-in lists; process system design; pressure relieving system design; pump sizing; vendor document and data sheets review; HAZOP; design coordination; budget/schedule control; and management of change.
IOL Dartmouth Refinery Powerformer Optimization Project - Detail engineering for complete installation of a gas compressor in the PFID (Powerformer unit). The project is to improve product yield selectivity by reducing reactor pressure. This 5000 cfm gas compressor was to run with a 4160 volt, 2250 hp electric motor and to be installed in an existing PFID operating unit. Responsibilities as process lead included development of P&IDs, line and tie-in lists; process system design; pressure relieving system design; and data sheets and vendor documents review; HAZOP; design coordination; budget/schedule control; and management of change.
IOL Dartmouth Refinery Condensate Recovery and Desuperheater Upgrade Project - Detail engineering for complete installation of new condensate drum, transfer pumps and desuperheaters. This project was to collect and reuse the condensate dumped to the sewer. Responsibilities as process lead included Project Design Basis review; development of P&IDs, line and tie-in lists; process system design; pressure relieving system design; pump sizing; vendor document and data sheets review; HAZOP; design coordination and budget/schedule control.
IOL Dartmouth Refinery Distillate and Jet Debottlenecking and Drying Project - Project Design Basis and detail engineering for installation of the facilities enabling HAGO/LVGO debottlenecking at the AVID and increased CTP treater capability for HNN, HCN, and DHID#1 rundown products resulting in increased jet and distillate production. Responsibilities as process lead included Process Simulation (HYSYS); Heating and Mass Balance; development of P&IDs, line and tie-in lists; pressure relieving system design; data sheets review; generation of technical specifications and HAZOP; design coordination and budget/schedule control.
IOL Dartmouth Refinery Small Revamp and Maintenance Projects – More than ten small revamp and maintenance projects involved. Responsibilities included equipment and line sizing; maintaining of P&IDs, line and tie-in lists; pressure relieving system design; data sheets review; generation of technical specifications.
SaskPower Reference Plant for CO2 Capture, Regina, Saskatchewan - Working with SaskPower and University of Regina, the team developed the preliminary concept and process design for this facility (Shand Power Station), a 1000 TPD CO2 capture facility s...
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