Generate a tailored SOP for Dr. John Van Der Schaaf. Improve your application with a focused, well-structured draft.
John van der Schaaf focuses on the development of catalytic and non-catalytic multiphase reactors that use rotation to create high gravity and high shear conditions. These conditions lead to excellent interphase mass transfer, intraphase mixing, and fluid-to-wall heat transfer. His research particularly targets applications where (exothermic) fast reactions are constrained by mass transfer or mixing limitations. Additionally, under high gravity fields, phases of different densities can interact countercurrently. This makes processes such as distillation (gas-liquid), extraction (liquid-liquid), and crystallization (liquid-solid) feasible. The advantages of using high-gravity high-shear conditions allow the chemical industry to employ compact equipment, which can be up to one hundred times smaller than conventional units. Smaller equipment not only reduces the financial burden associated with expensive construction materials and coatings but also permits the safe operation at high temperatures and pressures, extending the economic process window. Future research efforts will explore the performance of high-gravity high-shear equipment, focusing on functional design and the optimization of operating conditions and fluid properties in industrially relevant systems. The transition to renewable resources necessitates the development of a new generation of chemical production plants, producing compact, versatile production units that contribute sustainably to local communities' welfare and well-being.
Eindhoven University of Technology • Eindhoven, Netherlands
Joined as an assistant professor and progressed to full professor, contributing extensively to research in chemical engineering.
Specific departments like Industrial Design require a portfolio. Programs like Data Science and AI require a GRE-General test for certain international backgrounds.