Carsten Flake

Dr. Carsten Flake is a researcher at the Institute of Energy and Process Engineering at ETH Zurich, where he joined the Energy and Process Systems Engineering Group led by Professor André Bardow in 2021. His work focuses on developing advanced measurement techniques for thermophysical properties using Raman spectroscopy approaches. Previously, he completed his PhD at RWTH Aachen University in Germany under the supervision of Professor André Bardow.

Dr. Flake's educational background includes:

• Mechanical Engineering with a major in Chemical Engineering at RWTH Aachen University, Germany
• PhD completed in 2021 for dissertation titled 'Automated Measurement, Modeling and Interpretation of Diffusion Coefficients in Aqueous Multicomponent Mixtures'

Dr. Flake's research primarily centers on leveraging Raman spectroscopy to measure thermophysical properties in chemical engineering applications. His work involves developing automated platforms for measuring vapor-liquid equilibrium, liquid-liquid equilibrium, and diffusion coefficients in multicomponent systems. He has made significant contributions to process analytical technology, particularly for bioprocess monitoring and chemical process engineering applications.

An analysis of Dr. Flake's publications reveals a consistent focus on the application of Raman spectroscopy for thermophysical property measurements. His work spans from fundamental studies of diffusion phenomena to practical applications in bioprocessing and refrigeration systems. The research demonstrates a progression toward more automated and integrated measurement systems, often incorporating microfluidic technologies for improved precision and efficiency in characterizing complex chemical mixtures.

At ETH Zurich, Dr. Flake has contributed significantly to planning and establishing experimental laboratories, overseeing their startup and implementation. His work supports the Energy and Process Systems Engineering Group's mission to advance sustainable process engineering solutions through innovative measurement and modeling approaches.