I investigated pyrolysis of various blended feedstocks for positive synergy of bio-oil production under the guidance of a PhD student at Missouri S&T. I assisted with preparing, running, and cleaning lab-scale pyrolysis reactor. I also completed analysis of char samples using scanning electron microscopy (SEM), x-ray photoelectron spectroscopy (XPS), and Brunauer-Emmett-Teller (BET) analysis.

My primary project was analyzing dust collector flow data to identify process and infrastructure improvements that would increase cement production rates, dust collector efficiency, and plant cleanliness. I also created a form to track positions of whizzer blades which helps inform decisions about whizzer blade locations to increase separator efficiency and ensure equipment longevity. I had the opportunity to complete and present theoretical calculations for a raw material substitution that would save up to $2.9 million annually. I performed particle size distributions for finish mill grind samples to ensure equipment was running as desired and identify areas for improvement.

Led projects including: - Designing experimental refractory with input from contractors while working remotely - Installing an autosampler on a process input lineWorked with others including: - Collaborating in a union environment to help achieve production goals - Communicating with production, maintenance, and electrical teams to complete process improvements - Coordinating and executing planned repairs during kiln outagesAnalyzed data including: - Leveraging statistical analyses to recommend and implement independent kiln control variable changes based on current and historical data - Analyzing particle size distributions for inputs and products to determine material breakage in each kiln - Investigating causes of unplanned downtime

Picked quality groceries for customers’ online orders and dispensed orders to customers’ cars in a timely and friendly manner.