Peter Colletti Email & Phone Number

Washington, District Of Columbia, United States

• Served as primary modeler for the Liquid Fuels Markets Module (LFMM), a key component of the National Energy Modeling System (NEMS) used to produce the Annual Energy Outlook. Led efforts to perform regular data.
• Served as project lead for the development of the World Hydrocarbon Activity Module (WHAM), a novel optimization model to provide projections of global oil and gas production and refining activity for the International.
• Planned and led a training course for staff, providing support for a transition to a new file management system. Provided introduction and training to staff over multiple sessions in a four month period.
• Implemented numerous incremental improvements to the LFMM. Modifications were based on changes in the domestic refining industry, as well as increasing capability of data visualization tools. As a result of the.
• Served as a member of the World Oil Price path determination group for the Annual Energy Outlook 2023. Provided valuable insight to group discussions that help shape a key input to domestic projections.

Wynnewood, OK

• Produced a rolling three-month plan for the refinery on a monthly basis. Plan served as the basis for operational decisions and accounted for market conditions, scheduled downtimes, and plant capabilities.
• Conducted modeling studies of proposed capital projects to determine economic returns, including a $500k project to improve liquid yield.
• Served as Site Coordinator for the 2016 Solomon Fuels Study, a worldwide measure of site performance in the industry. Coordinated data gathering efforts from all aspects of the business and prepared the deliverable.
• Implemented numerous incremental improvements to the refinery planning model. Modifications were based on comparison to actual performance data and the use of various statistical techniques such as multi-variable.
• Analyzed data to drive recommendations for economic improvement of refinery processes, including the recovery of over one-third of one of the largest lost opportunity line items.

Wynnewood, OK

• Evaluated daily unit performance and made recommendations for process optimization. Provided engineering support for four different process units, including crude/vacuum, Merox jet, and ROSE units.
• Designed and proposed capital projects to contribute to an improvement in unit performance and reliability by 0.6%, a substantial improvement for a previously optimized process.
• Compiled process performance data on a monthly basis. Prepared a written report summarizing relevant engineering data and identifying optimization opportunities.

Greater St. Louis Area

• Led and managed interdisciplinary teams to conduct research in environmental and aquatic chemistry.
• Synthesized findings and future work into comprehensive documents and presentations.

Greater St. Louis Area

• Performed molecular simulations using Linux-based software
• Managed and interpreted large data sets to extract key information

Greater St. Louis Area

• Utilized R to perform multi-variable statistical analyses
• Analyzed and modeled product yield as a function of experimental conditions

Master Of Engineering (M.Eng.), Energy, Environmental, And Chemical Engineering

• Conducted research in the Fortner Environmental Engineering lab. • Planned, designed, conducted, and published findings from a series of.

Bachelor Of Science (B.S.), Chemical Engineering

Bachelor Of Science (B.S.), Systems Science And Engineering