Measurement Systems Engineering

 

Objectives

Development and optimization of time and spatial resolved, non-invasive measurement techniques to determine concentrations and temperatures.

 

Applications

• coupled phase and reaction equilibria
• transportation processes (e.g. diffusion)
• carbon capture (CCS)

 

Methods

• Raman spectroscopy
• IR/UV-VIS absorption spektroscopy
• polarimetry
• micro-fluidic
• gas chromatography
• Opitmal Experimental Design (OED)

 

Current Projects

CATO2 - Investigation of carbon capture

Development of methods for precise online-evaluation of Raman spectra

Flexible microfluidic platform for thermophysical property data of electrolytes

Measurement and Modelling of Diffusion in Multi-component Liquid Systems

Model-based Optimal Experimental Design

Rapid Measurement of Multicomponent Diffusion Using Microfluidics

Tailor-Made Fuels from Biomass - Vapor-Liquid-Equilibria

Taylor-Made Fuels from Biomass – Efficient Determination of Liquid-Liquid Equilibria

 

Completed Projects

Diffusion measurement in multicomponent liquid systems using 1D Raman spectroscopy

Modeling and design of microgels switchable by cononsolvency – volume change kinetics

Tailor-Made Fuels from Biomass – NO and temperature measurements in the center of an combustion flame using biofuels