The majority of my research involved working with a screw pyrolyzer (pictured here). Through experiments, I got to collect data related to various mixing conditions by changing different parameters within the system. I learned a great deal about trial and error throughout this process, and how to trouble shoot various aspects of the experiment. This project was extremely hands on and allowed me to develop a deeper understanding of what goes on behind the scenes to produce bio-oil.
The image seen here comes from a stereograph of one of the experiments I was involved in during my time in the Multiphase Flow Laboratory this summer.
X-ray imaging was just one of the unique data analysis techniques I got to use while working in the lab; I also worked with optical vizualization using videos, and 3D animation within Solidworks. I had to understand the power of the tools I was working with and how utilize them to my advantage.
Shown here is an example of one of the Solidworks projects (model of testing set-up) I created for a paper explaining the research procedure being used to conduct our experiments. Solidworks is a powerful tool that can be used for visualization and communicating ideas to a wider audience. Not only did I get the chance to practice acquiring precise measurements and using CAD software, but I learned about how to effectively communicate the vital information and use resources such as color and call outs to highlight important features of the assembly.
Before this experience, my scope of what happens within a research lab was vary narrow; I never understood the amount of thought and precise detail that goes into designing an experiment or the amount background knowledge required to have a general understanding of applications to industry. My time within the lab was an immense learning experience. Not only did I get to work on analyzing mixing processes, but I was also involved in numerous other side projects such as designing and manufacturing parts, electrical wiring, and even plumbing work for some of the fluid systems.
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Multiphase Flow Laboratory - Summer 2013
Research is an important aspect of product development and optimization processes. Over the past summer, I spent time working on these skills working as an undergraduate research assistant at Iowa State's Multiphase Flow Laboratory. Here, I worked on preforming experiments on a screw pyrolyzer and analyzing data concerning the mixing process associated with it. Pyrolysis is an important process in the production of oil, and optimizing this process is key to making this product more economically friendly for consumers.
-Images are credited to the Iowa State Multiphase Flow Laboratory
