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  • MSCA DN-JD SENNET: Porous Networks for Gas Sensing
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Available Researcher Positions

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RR12: Data processing to optimize the fabrication of MOFs and zeolites sensor arrays

Project Title: Data processing to optimize the fabrication of MOFs and zeolites sensor arrays (WP1) Host Institution: University of Barcelona Country: Spain Supervisors: Prof. A. Gutierrez-Galvez (University of Barcelona); Secondary
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RR9: Coupled MEMS resonant sensors exploiting the mode-localization effect for the detection of VOCs

Project Title: Coupled MEMS resonant sensors exploiting the mode-localization effect for the detection of VOCs (WP5) Host Institution: KU Leuven Country: Belgium Supervisors: Prof. M. Kraft (KU Leuven); Secondary Supervisors:
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RR5: A dynamic method for measuring multicomponent adsorption equilibria at ultra-low concentration

Project Title: A dynamic method for measuring multicomponent adsorption equilibria at ultra-low concentration (WP3) Host Institution: VUB Country: Belgium Supervisors: Prof. J. Denayer (VUB); Secondary Supervisors: Prof. M. Thommes (FAU),
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RR4: Synthesis of nanosized zeolites for the detection of VOCs

Project Title: Synthesis of nanosized zeolites for the detection of VOCs (WP2) Host Institution: CNRS Country: France Supervisors: Prof. S. Mintova (CNRS-Caen); Dr. M. Denoual (CNRS-Caen); Secondary Supervisors: Prof. I.
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RR2: Characterisation of adsorption and dielectric and refractive index response of MOFs and zeolites

Project Title: Characterisation of adsorption and dielectric and refractive index response of MOFs and zeolites (WP1) Host Institution: Ghent University Country: Belgium Supervisors: Prof. V. Van Speybroeck (Ghent University) Prof. L.

Recent Posts

  • RR12: Data processing to optimize the fabrication of MOFs and zeolites sensor arrays
  • RR11: Development of highly sensitive diffractive optical sensors for detection of VOCs
  • RR10: A metal-organic framework capacitive sensor array as an electronic nose for volatile organic compound detection
  • RR9: Coupled MEMS resonant sensors exploiting the mode-localization effect for the detection of VOCs
  • RR8: Evaluation of sensitivity, selectivity and stability of MOF- and zeolite-functionalized resistive sensors, sensor arrays, and pre-concentrators for the detection of VOCs mixtures

This project has received funding from the European Union’s EU Framework Programme for Research and Innovation Horizon Europe under Grant Agreement No 101072845.

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Porous Networks for Gas Sensing

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