Our projects are collaborative, interdisciplinary, and target a wide range of applications, including pharmaceutical manufacturing, nuclear waste disposal, electric power generation, and carbon dioxide sequestration from the atmosphere.
Together, we are designing, building, and testing separations materials and technologies with the power to change the world.
Continuous manufacture of antibiotics aims to improve access to scarce drugs, via reactive crystallization.
Creating a new type of membrane to make purifications that are vital to our society more energy-efficient.
Developing a novel use of metamaterial structures to help improve membrane-based separation processes in chemical plants.
Tackling the major problem of the century using an interdisciplinary, multi-scale, design-focused approach.
