Process design and support of the upstream peptide synthesis process of the Eli Lilly Lebanon Plant 1 project which will produce Mounjaro (Tirzepatide).

• Process design and support of manufacturing facilities and systems in pharmaceutical, biotech, food processing, health care, personal care, and other FDA-regulated clients• P&ID development with AutoCAD, HAZOP, process design, laboratory design, utilities design for clients such as Linde, Patheon, Baxter, GSK and Novo Nordisk• Interim Process Department Manager for 1 1/2 years

• Process Design of aseptic food and beverage process systems for major customers such as Crystal Geyser, Deschutes Brewery and See Jane Farm• Wrote detailed customer proposals; completed hydraulic studies, equipment lists, design calculations, equipment data sheets, P&IDs• Onsite project management at food and beverage facilities • Provided process design of utility systems, including boilers, process and utility water, cooling water, wastewater and glycol for major breweries and beverage plants

• Responsible for managing and executing chemical risk management related projects as part of a multidisciplinary team using detailed knowledge of federal and state EPA and OSHA requirements for RMP / PSM Programs• Organized and facilitated Process Hazard Analysis (municipal water / wastewater, ammonia refrigeration, biodiesel)• Wrote RMP/PSM Programs and Emergency Action Plans• Conducted PSM compliance audits • Constructed P&IDs, sized relief valves, compiled process safety information• Conducted OSHA training for clients (PPE, hazard communication, respirators, etc.)

• Performed numerous process simulations of Fluor’s Econamine FG+ plant technology using Aspen Plus / HYSIS simulation software• Developed multi-million dollar FEED packages for Carbon Capture Systems including Sask Power, Country of Norway, and many European energy Producers such as Eon• Contributed in process advancements such as the use of amine reclaiming technology• Completed hydraulic studies, line lists, heat and material balances, vessel designs, equipment data sheets, P&IDs, and PHAs; led design reviews at customer locations• Designed Utility Systems (influent water, boilers, cooling towers, steam, wastewater)

• Responsible for servicing, inspection and troubleshooting the water treatment program at Motiva Refinery in Delaware City, DE. This included treatment of boilers (including 180 MW co-gen power plant), cooling towers, influent water, wastewater, and steam. • Responsible for the calibration of wastewater control systems, sodium analyzers and pH / D.O. probes, the programming of the wastewater monitoring equipment, and the collection of environmental compliance samples.

• Project development including initial conceptual design, budgeting, supervising the project team, process control design, engineering calculations, cost estimation, procurement, operator training and startup • Led process design reviews; conducted OSHA training and incident investigation• Monitored utilities (influent water, boilers, cooling towers, steam, wastewater)• Constructed gas flow model of plant which identified a large blockage in exchanger• Performed detailed pressure / oxygen surveys of plant to optimize production• Conducted plant PHA (HAZOP) / Constructed P&IDs of plant from scratch• Wrote procedures for ISO certification, operator training procedures, and detailed appropriation requests for capital project funding

• Served as Process Engineer for the Sulfur Plant, Tail Gas Treating Unit, and Amine System• Wrote an extensive sulfur plant manual to be used as a technical guide for new engineers• Performed typical process engineering tasks such as performing amine surveys, trending process information, optimizing process units, troubleshooting process problems, and developing cost saving projects• Changed TGTU incinerator operation which saved $200,000 per year in fuel costs• Discovered fouled TGTU coolers through routine calculations and coordinated an acid wash of these coolers which eliminated SO2 emissions and reduced amine losses