Worked in the water plant that produced clean distillate to supply four high pressure steam boilers. Majority of the plant feed was untreated water from the oil processing unit, with some make-up water coming for sourced wells. •GE designed evaporators producing approx. 700 m3 of distillate per hour•Commissioning of a nitric acid wash header designed for evaporator cleans•Safe handling of chemicals and injection equipment; nitric acid, 50% caustic, anti foam, anti-scalant, glycol•Outages consisting of high pressure cleans, chemical treatment through extended circulations, annual equipment inspections, large industrial equipment replacement•Daily lab testing; turbidity, solids, oil/water, pH, conductivity, silica, chloride

Safe and efficient operation of the 46 SAGD (steam assisted gravity drainage) wellheads.• Assisted multiple trades in troubleshooting production issues associated to field equipment• Monitoring equipment; down-hole pumps (ESP/PCP), instrumentation communicating to DCS, seal oil circulation systems, heat exchangers, industrial air compressors, and -50°F freeze protection. • Permitting and authorization of safe work for third party contractors working on pressurized equipment in environments where high levels of H2S could be present. • Extensive knowledge of companies standardized lock-out tag-out program, and revision of SOP/SWP.

Responsible for products being shipped and stored to meet state specifications and ensure site production fulfilled our customers contract agreements. Led a team to achieve zero reportable workplace injuries and zero spills.• Conducted/led annual spill response scenarios with department of ecology, and coast guard• Replaced outdated lock out tag out program and implemented SOPs on critical processes• Coordinated tank cleaning/testing in accordance with the API standards

Safe production, handling and transferring of marine fuel oil, diesel, diluent, high grade asphalt, 752 coating and hydrochloric acid.• Operation and annual maintenance of two packaged boilers, furnace, and heat exchangers• Transfer of marine fuel oil, and diesel over the Puget Sound to ships and barges• Responsible for manufacturing and certifying emulsion used for government road contracts

Chemical manufacturing facility converting anhydrous ammonia into 42 Be nitric acid. Manufactured nitrate based fertilizer that would be shipped via railcar, or truck to supply farmers and other various industries.

Worked as a summer intern to gain steam time for progression of my power engineering program. Power generation system consisted of two multistage condensing turbines driven by high pressure steam to produce a total of 800 MW of power supplied to the power grid.

Transitional job between WSU and SAIT where I helped commission and erect over 100 km of 4160v transmission powerline. Worked under aerial cranes when site location couldn't be accessed through trucks. Extensive use of power tools, rigging equipment, heavy equipment and fall arrest equipment for climbing/inspecting completed towers.