Assistant Professor; Chemical Engineering; Henry M. Rowan College of Engineering;
My research falls at the interplay between crystallization theory and process development. Areas of focus are the effect of solvents and impurities on solution crystallization, the mechanisms of impurity incorporation during crystal growth, and nucleation from solution. My group seeks to develop systematic process design strategies that draw from crystallization theory to minimize development resources while improving process understanding. In parallel, we work on the design of automated screening devices to drive fundamental work and rapid process development, and on the design of novel configurations for industrial crystallization, filtration, and drying.
×
About Gerard Capellades
My research falls at the interplay between crystallization theory and process development. Areas of focus are the effect of solvents and impurities on solution crystallization, the mechanisms of impurity incorporation during crystal growth, and nucleation from solution. My group seeks to develop systematic process design strategies that draw from crystallization theory to minimize development resources while improving process understanding. In parallel, we work on the design of automated screening devices to drive fundamental work and rapid process development, and on the design of novel configurations for industrial crystallization, filtration, and drying.
| 2020 - Present | Assistant Professor; Chemical Engineering, Rowan University ‐ Henry M. Rowan College of Engineering | |
|
|
||
Disciplines
Research Interests
| 2017 | PhD Chemical Engineering, DTU - Technical University of Denmark | |
|
|
||
