Process Design Engineer duties include process analysis of relieving systems with an emphasis on fluid dynamics and combustion mechanics of flare systems as well as supporting internal teams in the execution of sold projects.

Developed new products from the conceptual design phase through product testing and implementationEngineering duties included ensuring products were properly designed to withstand wellbore pressure, drill string tension, harsh environment requirements throughout service life as well as product testing and preparation of product information for release to marketDesigned and executed product testing including functional testing, harsh environment Sand Slurry Testing and Combined Load Testing per customer and API requirements

Research and Development engineer on projects resulting in research papers and articles such as “Noise Testing and Prediction Methods for Multi-Point Ground Flares” Co-authored with Hoover & Keith, Acoustics & Vibration ExpertsLead Design Engineer of all Zeeco non-reclosing mechanical pressure relief devices – National Board of Boiler & Pressure Vessels NB Certification numbers 03306, 03317Process Design Engineer duties include process analysis of relieving systems with an emphasis on fluid dynamics and combustion mechanics of flare systemsCertified Individual responsible for ensuring product quality and code compliance for pressure relief devices product line including valve sizes ranging from 4 inch to 30 inch in diameterAuthored multiple engineering studies which analyzed modifications and improvements to existing assetsSME for flare testing, enclosed flares, multi-point ground flares, flare pilots, relief devicesMicrosoft Office Suite, AutoCAD, FlaresimASME Certified Individual (#3147), ASME Sec. VII Div. 1, API 521, API 537, EPA Method 9, EPA Method 22, ISO 9001

Established processes and procedures for conducting R&D tests in the test facilityConducted R&D and customer flare testsDeveloped design tools used by engineering team

Designed hydraulically tested fire suppression systems in both commercial and residential buildings, utilizing hand and computer modeling.