This proposal is for a state-of-the-art electrochemical flow-cell with integrated gas chromatography mass spectrometer, combined to produce a cutting-edge analysis equipment capable of high resolution in-line analysis of a soup of reaction products, directly upon catalysis.

Electrochemical uPrepCell (Antec) is a low volume (30-50 uL), three electrode electrochemical reaction cell with a sandwich construction. The potential within the cell is controlled by a ROXY dedicated potentiostat.

The uPrepCell cell maximizes the surface area to volume ratio and optimizes product yield, thus minimizing catalysis time, enabling fast testing and optimisation of catalysis conditions for the highest possible product yield. When combined with GC-MS to produce the “In-line Electrochemical Gas Chromatography Mass Spectrometer” (EC-GC-MS) the optimum instrument for electrochemical catalysis research is achieved.

The GC offers separation of the soup of compounds produced during catalysis, and mass spectrometric analysis (quantitative detection, ppb detection limits) provides high sensitivity for the quantification of molecules.

The GC-MS will also be used for environmental research projects concerning organic pollutants, analysis from other catalysis studies as well as for research on noble gases and other trace gases in geothermal fluids.

Students will get training and access to the EC-GC-MS for their research and during undergraduate courses.