Modular microfluidic system towards self-optimizing catalysis

Lab-on-a-chip concept employing microfluidic technologies largely facilitated chemical analyses and synthesis at small scale. However, microfluidic chips are designed for single functions, with limited flexibility and configurability. In this project, we will develop a modular microfluidic system for catalysis, characterization, closed-loop, and autonomous self-optimization. The findings from this project will be instrumental in filling the existing knowledge gap on designing of modular microfluidic blocks and platforms for exploring challenges in catalytic reaction space optimization.