Darrell Schmidt serves as the Process Modeling System Owner at Flint Hills Resources, where he leverages his extensive expertise in process engineering and information systems to drive innovation and efficiency across operations. In his current role, Darrell leads the development of advanced process models that...
Darrell Schmidt serves as the Process Modeling System Owner at Flint Hills Resources, where he leverages his extensive expertise in process engineering and information systems to drive innovation and efficiency across operations. In his current role, Darrell leads the development of advanced process models that enhance operational performance and support strategic decision-making. His proficiency with industry-standard platforms such as Aspen HYSYS, Aspen Plus, and HTRI Xchanger Suite enables him to create sophisticated simulations that optimize chemical processes, ensuring both productivity and environmental compliance.
A key aspect of Darrell's role involves organizing and facilitating seminars aimed at enhancing the process modeling skills of over 30 chemical engineers within the organization. This commitment to staff development not only fosters a culture of continuous improvement but also empowers his colleagues to harness the full potential of data analysis and programming tools, including OSIsoft Pi and MS Excel. By cataloging and managing a comprehensive library of process models, Darrell ensures that best practices are documented and readily accessible, further contributing to operational excellence.
Darrell's attention to detail and dedication to achieving cost savings have made him instrumental in the modernization of systems within Flint Hills Resources. His expertise in root cause analysis and equipment operation allows him to identify inefficiencies and implement effective solutions, driving both performance and sustainability. With a strong focus on collaboration and knowledge sharing, Darrell Schmidt exemplifies the qualities of a motivated professional committed to advancing the field of process engineering.
