Olivia Rogers Email & Phone Number

Dayton, Oh, Us

• Production/Process Engineering of 13CO distillation process and associated chemical conversion system • Maintain associated process control systems• Project and design engineering for associated products and production processes• Responsible for establishing and following procedures/work instructions for assigned job functions• Troubleshoot operational problems and respond to area emergencies or to changing operational situations• Manage routine maintenance on plant equipment and instrumentation in area of assignment as required• Exhibit teamwork in all you do, maintaining a positive and team-based attitude. Support peers in time of high demand by working efficiently during hours assigned

Middletown, Us

* Perform corrective action for quality concerns related to rolls of labels (i.e. color, missing labels, splices, etc.)* Prepare and package small order label products* Communicate with operators, warehouse personnel, and sales representatives to determine priority of work

London, England, Gb

Project 1: Identify potential improvements needed for the FCC Heat Exchanger Monitoring Excel Workbook and linked HYSYS model to provide increased accuracy of monitoring performance. These improvements allow for monitor consistency, functionality, and ease of handover to unfamiliar users.Project 2: Identify corrosion potentials throughout the refinery units and specify the corrosion mechanisms associated with the specific equipment by reviewing Recommended Good Practices, API documents, General Practices, unit handbooks, and other documents for corrosion monitoring. Indicate all instrumentation, and sampling that are currently in place and are available for corrosion monitoring of the determined parameters (measurables) that should be monitored, and may be able to be controlled or modified to avoid corrosion. Continuous Assignments :Monthly monitoring of Refinery amine systems through sampling should be conducted so that amine reclamation can be properly planned. In addition, bi-weekly information gathered from visual observation will also help in corrosion monitoring and unit troubleshooting.Weekly obtain temperature surveys for each indicated heat exchanger. Record each reading and mark them in the appropriate Tube Side In, Tube Side Out, Shell Side In, and Shell Side Out boxes on sheet and enter each reading in their respective cells on the Excel sheet. Follow directions for completing U calculations and observe/report to unit engineer trends. Prepared documentation and handover information for all developments and revisions to any existing files associated with my projects

London, England, Gb

Project 1: Develop Aspen HYSYS modeling tools, implementing mass and energy balances for the first stage pilot plant of the Veba Combi Cracking (VCC) process. The use of these modeling tools allow for ease of process troubleshooting, optimization, and act as support for pilot plant scale upProject 2: Participate in developing and managed implementation of HazOp revalidation recommendations for the first stage VCC. This includes P&ID and SOP review and revalidation. Implementation of HazOp study findings improves the safety of unit operations and mitigation of future incidents.Project 3: Design of and manage bench-top (1L) batch Spinning Band Distillation experiments using scientific methods to determine the effects of varying reflux ratios on the purity of the fractions collected, based on SimDis data. Experimental results provide insight to related SOP changes, as well as increases the quality and efficiency of the distillations.Project 4: Collaborate with the Licensing group to compose a technical report of the raw and analyzed data collected in a pilot plant test run for the first stage Veba Combi Cracking process. This report acts as support information in a technology transfer to third parties.

London, England, Gb

Project 1: Perform a Continuous Improvement Project by identifying gaps in Alkylation unit sampling requirements, and recommending improvements for optimization of unit monitoring analysis. Improving the Lab Analysis portion of the process allows for maximizing product yields and quality while minimizing operational costs through mass balance closures and monitoring of the isobutane to olefin ratios. Project 2: Develop a VISO diagram representing the 600 psi steam lines throughout the refinery in order to improve the efficiency of using UFDs and improve safety in the use of the steam.Continuous Assignments: Weekly obtain temperature surveys for each indicated heat exchanger. Record each reading and mark them in the appropriate Tube Side In, Tube Side Out, Shell Side In, and Shell Side Out boxes on sheet and enter each reading in their respective cells on the Excel sheet. Follow directions for completing U calculations and observe/report to unit engineer trends. Weekly prepare composite samples of the BGOT feed and product and send it out for external testing. Note any visual observations and report to unit engineer.Communicated and collaborated with multidisciplinary groups in order to gain knowledge and understanding of unit operations, procedures, and safety. Presented findings, recommended solutions for closing gaps, and additional project results through an oral presentation and handover documentation to assist in future improvements

Beavercreek, Ohio, Us

Air Force Research Lab - Ceramics Dept. Project 1: Prepare, mount, and polish TEM samples from tensile tested carbon fibersProject 2: Prepare and examine ceramic matrix composite (CMC) characterization of engine nozzle seals by observing and imaging the micro-structure of CMC's with optical and scanning electron microscopes. Organized testing results and analyzed data.