Peter Wang, P.Eng. Email & Phone Number

-Monitored daily plant performance and issues for Ethylene 2 (E2) and Hydrogen Off Gas (HOG) plant. Provided instructions and support to operations as required. -Set production targets for operations and updated E2 and HOG production forecasts. -Closely monitored the performance of cracking furnaces in E2 to schedule de-cokes and cleaning activities while maximizing plant production. -Worked closely with peers to produce annual business plans and future production forecasts. -Interfaced and collaborated with Nutrien operations and business team (HOG product customer) closely as a representative of NOVA HOG operations. -Completed and approved engineering documentation for up coming maintenance work (isolation deviation, job risk assessment, impairment extensions, and alternative relief evaluation). -Completed Experimental Operations Instruction (EOIs) packages for new proposed plant operation.-Provided business cases for various plant projects and initiatives. -Acted as the main point of contact for all questions/concerns/requests for matters regarding E2/HOG operations.

-Monitored performance and issues of responsible utilities areas including co-products, nitrogen distribution, waste caustic wells. -Developed and implemented new operations procedure and operating strategy. -Identified new safety and performance related issues and initiated projects to correct and improve. -Coordinated, planned, and interfaced with service providers for caustic well regulatory tests and acid stimulation. Supervised during execution. -Worked closely with production units to coordinate around plant activities involving high nitrogen consumption. Collaborated with Linde (Formally Praxair) to minimize risk to production units for anticipated high nitrogen site demands. -Participated and managed incident investigations. -Provided process support for multidisciplinary projects.-Managed PSVs and PSV workflows as the iPRSM Admin for utilities.

-Worked closely within PHA-Pro matching AOA emergency alarms with applicable HAZOP cases to identify missing LOPAs and help consolidate E3’s database. -Developed and implemented API 520 calculation tool to ensure overall consistency and efficiency of PSV inlet loss calculations.-Reviewed system calculations and assumptions for non-deficient PSVs within E3 to ensure iPRSM database integrity. -Inspected and corrected any iPRSM system errors and issues. -Completed PSV sizing calculations for existing installations as part of the MOC process for unit expense projects. -Identified cost saving opportunities for heat exchanger cleaning schedules and developed calculation tools to properly optimize cleaning frequency when applicable. -Completed multiple technical support requests investigating various problems around E3 while working with operations and other disciplines, communicated learnings and recommendations to the unit.

-Provided process-engineering support utilizing Aspen Plus, Aspen Hysys, Aspen Calc, Aspen Process Explorer, Aspen EDR, FluidFlow3, and iPRSM.-Sized, troubleshot and revalidated pressure relief devices, steam traps, heat exchangers, re-boilers, pumps, knockout drums, pressure vessels, and storage tanks.-Monitored and managed all PSVs within Ethylene 2 through iPRSM. -Managed and completed multi-disciplined unit improvement projects from initial notification to project close out. -Finished multiple Out of Service Equipment decommissioning projects to satisfy site standards and regulations. -Worked extensively with vendors and manufacturers for new purchases and existing equipment problems. -Investigated PHA Risk Gaps and provided recommendations.

Calgary

-Developed and conducted research experiments regarding gas generation from reservoir sands.Executed routine core analyses including porosity/permeability tests, dean stark and various chemical core flooding. -Utilized instruments such as Micro Gas Chromatograph, Micro CT scanner, and NMR water cut/multiphase meter for special core analyses. -Designed, fabricated and assembled core holders aiming to ensure that demands of accuracy and quality are within reach.-Calibrated pressure and temperature sensors as well as syringe water pumps to minimize systematic equipment error. -Processed experimental data for final reports and progress updates.