Support the R&D, commercialization, operation, and design of a near zero emission natural gas power plant.

•Execute Ethylene Cracker, Methanol to Olefins, Propane Dehydrogenation, Gas Processing, and Butene Isomerization projects, including proposals, studies, and process design packages, on tight schedules as a part of a globally diverse team•Generate heat and material balances, utility summaries, process simulations, equipment designs and ratings, process flow diagrams, P&IDs, and technical write ups•Contribute to the development of new technology applications and IP, including Thermal Crude to Cracking (TC2C), Liquid Air Energy Storage (LAES), and Ethanol Dehydration via enhanced distillation techniques•Dynamic simulation of an ethylene cracker and integrated steam system•Lead process engineer for a $15 million TIC capital project•Frequent client and SME coordination and collaboration•Experience directly supporting plant startups, performance tests, troubleshooting, and root cause analysis

•Execute Ethylene Cracker, Methanol to Olefins, and Propane Dehydrogenation projects, including proposals, studies, and process design packages, on tight schedules as a part of a globally diverse team•Generate heat and material balances, process simulations, equipment designs and ratings, process flow diagrams, and technical write ups

•Execute Ethylene Cracker and Methanol to Olefins projects, including proposals, studies, and process design packages, on tight schedules as a part of a globally diverse team•Generate heat and material balances, process simulations, equipment designs and ratings, PFDs, and technical write ups

•Developed new and existing technologies by contributing to study design, construction, process change management (PCM), daily operations, data analysis, modeling, and hypothesis testing•Focused on Newtonian and non-Newtonian heat and mass transport, styrene monomer production via ethylbenzene dehydrogenation, catalyst reduction kinetic modeling, and gPROMS modeling

•Planned 3,500 spool installations and up to 2,500 weekly man hours at CCJV while on assignment at a 7 billion dollar LNG project•Constant coordination with and support of supervision, craft, and other disciplines•Daily use of P&IDs, isometrics, plot plans, orthos, and 3D model software•Took the initiative to develop excel tools and macros for the department to increase efficiency and available analytics, one of which saw site-wide implementation

•Supported CD Alky greenfield proposals and Ethylene revamp studies via process simulation, heat exchanger rating, PFD edits, and equipment list work•Conducted an alternative process art study on the fractionation section of CD Alky, reducing steam consumption by as much as 55%, resulting in implementation•Corrected and integrated CATOFIN and CD Alky material balance spreadsheets for new applications by analyzing formulas, macros, and underlying Chemistry•Performed due diligence, researching competing technologies through patent and journal literature searches, providing technical and executive summaries to management

• Over 500 hours of NGL gas plant technology experience• Optimized existing plant simulations (HYSYS and UniSIM) for design specifications and constraints during proposal generations and case studies• Generated engineering deliverables for internal release and release to client• Developed Excel tools that made project deadlines feasible

• 400+ hours of water chemistry and maintenance experience• Monitored and adjusted the chemistry of 400 psi boilers, cooling towers, softeners, generators, chillers, feed water, and makeup water• Researched preservation methods for a campus monument and then authored a report outlining and advising strategies that was later adopted in full