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Welcome to The sustainable process design laboratory


We are the sustainable process design laboratory at the University of Florida. We are a computational group interested in developing optimization based models and methods to support the design of a new generation of sustainable chemical processes. In our work, we care about the design, analysis, and optimization of renewable energy systems; processes that use alternative carbon sources (biomass, CO2, plastic waste, municipal solid waste, etc.); and energy efficient separations (membranes and adsorption). We are also interested in the use of topology optimization as a tool to explore the relation between shape and performance in unit operations.

We are always looking for highly motivated students looking to make a difference in the way in we conceive chemical processes, if you are interested, reach out!

Two-panel schematic of a research program: (left) alternative energy sources (solar, wind, hydro) and alternative carbon sources (biomass, plastic, CO₂) converging via colored arrows into chemicals, polymers, fuels, and energy; (right) a materials-to-unit-operations-to-plant-design loop for energy-efficient separations. Both panels list MINLP and superstructure optimization among their tools.