Microalgae have the potential for mass cultivation that will allow us to supply
our energy demand as fossil fuel
availability decreases. However, to do this, we must identify the reactor type that allows for maximum lipid production. This research is focused on the efficacy of Schizochytrium Limacinum (S.limancinum), a type of microalgae, for lipid production in perfusion versus batch culture for biodiesel applications. Here, we culture S.limancinum in a perfusion reactor using a novel microfluidics device after characterizing the microfluidic device efficiency at separating the cells from media. The batch and perfusion method will be compared based on the quantity of lipid produced per gram of dry cell in order to identify which cultivation
method should be used moving forward.

I am participating in the SuperUROP in order to hone my research skills in the area of renewable energy and participate in research at a level similar to what is expected in graduate school.