Hydrotreater OSBL Design• Process Lead for outside battery limit (OSBL) phase 2 design for $700MM TIC hydrotreater.• Managed a process team to deliver redlined P&IDs, PFDs, Line List, Utility Summary and Process Design Basis.• Performed hydraulic models and investigated potential plant bottle necks as a result of a unit addition. • Provided guidance for process engineers and checked their work.• Interfaced with the client to develop hydraulic bases and gather pertinent data.• Tracked the percent complete of process deliverables; managed the process budget; developed change notices and ensured deliverables met schedule deadlines.• Interacted with the ISBL contractors to ensure battery limit interface conditions were aligned.Hydrocracker Improvements, BP• Upgraded the metallurgy of the 1st and 2nd stage fractionation and reaction systems from carbon steel to 2 ¼ Cr and stainless steel.• Calculated design conditions of piping to determine pipe wall thickness.• Created hydraulic models to provide data for instruments; to determine pressure losses, line velocities and to size control valves. • Provided guidance for junior engineers.• Checked deliverables done by junior engineers.• Created design basis reports, which stated the design inputs, exclusions and assumptions.

Project/Process Engineer (Secondment role via Tetra Tech)• Scope potential projects and provide estimates for total installed cost• Conduct initial risk assessments• Review proposals from engineering contractors• Coordinate with the operations and construction team to ensure timely execution of projects• Develop and monitor budgets for projects • Manage the development and submission of engineering deliverables • Track project execution per the corporate management of change policy• Manage procurement of equipment• Provide Process Engineering evaluations in the initial phases of projects

Process Engineer for SAGD facility (Secondment role via Tetra Tech for 1.5 years)- Scope projects and deliver technical information to contractors- Redline P&IDs, Shutdown Keys, Instrument Setpoint Lists and develop material lists- Optimize process systems and ensure that key process targets are achieved- Rate existing equipment- Ensure new systems are adequate for start up- Develop design bases and estimate TICs for small projects- Ensure that the appropriate engineering expertise is provided for projects- Coordinate project needs and ensure engineering deliverables are completed- Review Engineering Work Packages- Facilitate HAZOPs- Use PARCView for data analysis- Use DeltaV to monitor plant performance - Assist in equipment selection and purchasing- Perform safety inspections

Compressed Air System Upgrade, Suncor- Lead Process Engineer- Checked hydraulics for compressed air line and cooling system- Developed PFDs, P&IDs, Line List and hydraulic reports - Reviewed vendor documents for screw compressors and air dryer packageThermal Relief Valve Cascade, Esso- Lead Process Engineer- Revised relief valve set pressures to adequately protect flow meters- Performed site visit to inspect current cascade system as well as protection for a lube oil pump- Developed P&IDs and sized relief valves Deposition of Slurry to Cell, Shell- Lead Process Engineer- Performed slurry hydraulics for Composite Tailings, Whole Tailings and Coarse Sand Tailings using SRC software- Developed PFDs, P&IDs, Functional Description, Line List and hydraulic reports TT and TSRU Hydraulics, Shell- Process Engineer- Performed slurry hydraulics for the TSRU piping system using SRC software- Developed PFDs and hydraulic reports

5-22 Compressor Station, Spectra Energy- Lead Process Engineer- Responsible for providing solutions to current plant operational issues- Facilitated a HazOp for the current process system- Assessed slugging issue, dehydration system and 3 phase separators- Recommended solutions to prevent plant shutdowns and to reduce / eliminate sludge build-up in piping- Recommended process improvements for the dehydration systemHighway Gas Plant, Spectra Energy- Lead Process Engineer - Responsible for debottlenecking a gas plant- Simulated the gas plant using ProMax- Evaluated various options and optimized fractionation system- Prepared process reports with PFDs- Performed equipment rating

Crude Unit Fractionation and Preheat Improvements, BP- Process engineer- Responsible for increasing the crude throughput by installing twisted tube heat exchangers- Created hydraulic model of the crude preheat system using HYSYS and optimized twisted tube heat exchanger design using HTFS- Specified and sized pressure safety valves, control valves, flow elements and heat exchangers- Created hydraulic model of the heavy vacuum and light vacuum gas oil systems- The models were used to: > Evaluate relief scenarios > Develop design for controlling LVGO pump around return temperature > Determine re-rated design pressure of heat exchangers > De-bottleneck the HVGO circuit > Adjust HVGO end point at the draw off trayWash Water Project, Crude Unit, BP- Lead Process Engineer - Improved the desalting efficiency of the crude electrostatic desalters- Rerouted wash water from the desalter water stripper- Specified new control valves and flow elements and re-evaluated existing pumps and pressure safety valves- Developed P&IDs, PFDs, Design Basis Report and the Line ListLiquefied Petroleum Gas Safety Upgrade, Tankage Unit, BP- Process Engineer - Responsible for safety upgrade of the LPG transfer system- Sized pentane pumps and pressure safety valves; specified safety shut-off valves, level gauges and control valves- Used PRO/II simulator to assist in pressure safety valve calculations- Assisted in development of P&IDs, PFDs, Design Basis Report and the Line ListAtmospheric PSV Risk Abatement, Chevron- Process Engineer- Evaluated the impact of high profile PSVs on the flare load capacity and the battery limit backpressures for various operating units- Drafted isometrics for new outlet lines of pressure safety valves- Modelled the flare system using Flarenet and evaluated refinery wide power failure cases

New Brine Ion Exchange Unit and Heat Exchangers, Chemtrade- Process Engineer- Designed two shell and tube heat exchangers using HTRI- Determined the concentration of elements of raw salt in a solution of 25% w/w of brine- Prepared specification sheet for brine ion exchange unitHydrogen Transfer Project, Chemtrade- Process Engineer- Calculated hydrogen inlet and outlet flows for a liquid ring compressor- Performed mass and energy balance around a lime kiln burner for hydrogen combustion- Calculated the adiabatic flame temperature and heat release for different values of water vapour content in the fuel stream- Prepared specification sheet for a compressorBrine Saturator and Heat Exchanger Project, Allied Universal- Process Engineer- Performed hydraulic calculations for a brine saturator and determined pump flow rates based on energy balances- Red lined P&IDs and updated and checked instrumentation lists- Calculated power requirements of pumps; pipe diameter sizes for gravity flows and blow down and make up water flow rates required for a cooling tower- Designed and optimized a shell and tube heat exchanger using HTRI- Used Aspen Plus simulator to model and help populate data sheets for vendors

For various facilities:- Verified and optimized sprinkler system designs by performing hydraulic calculations- Ensured sprinkler protection satisfied the requirements of the National Fire Protection Agency and the recommended standard of FM Global- Audited the premises for fire, flood and explosion hazards- Reviewed fire response documents to ensure it was adequate- Determined the electrical rating of equipment to ensure that it does not present an explosion hazard- Conducted pump tests to determine performance rating and water supply adequacy- Inspected roof structure to evaluate the potential for roof collapse- Conducted meetings with management to help reduce hazards