Following the principle of membrane deployment for a more sustainable society, our lab has joined the global effort to address climate change. So far, the work has been focused on carbon capture...
Pressure-driven membrane processes, such as nanofiltration (NF) and reverse osmosis (RO) hold great promise for heavy metal removal due to their ease of use, small footprint and high efficiency....
Different applications require distinct membrane properties. In our laboratory, some processes utilize commercial membranes but some lines of research investigate the preparation of novel...
Reactive pervaporation. The research is a hybrid process of combined transesterification reaction and pervaporation in one setup, which contains three steps: (1) development of methanol...
Two distinct techniques of membrane crystallization are under study in the lab, namely membrane distillation-crystallization and membrane-assisted anti-solvent crystallization (MAAC). Membrane...
As sustainability is in the center of our preoccupations, a line of research is dedicated to the quantification of the environmental impacts related to the life cycle of products or services....
Title:
Control of crystal properties using membrane-assisted antisolvent crystallization
Summary:
Developing an efficient crystallization process helps greatly applications requiring a...