Project Title: High-throughput (HT) screening & Rationalization of porous materials for selective VOC adsorption  (WP1). Host Institution: CNRS-Montpellier Country: France Supervisors: Prof. G. Maurin (CNRS-Montpellier); Secondary Supervisors: Prof. V. Van Speybroeck (UGENT), Stan van Gisbergen (SCM). Objectives: HT screening of the IZA (zeolites) and CoreMOF 2019 (MOFs) databases using Monte Carlo

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. Vanduyfhuys (Ghent University); Secondary Supervisors: Prof. G. Maurin (CNRS-M), Stan van Gisbergen (SCM) Objectives: Accurate prediction of adsorption isotherms and

Project Title: Synthesis of Metal-organic frameworks for the detection of VOCs (WP2) Host Institution: CAU Country: Germany Supervisors: Prof. N. Stock (CAU, Christian-Albrechts-University); Secondary Supervisors: Prof. J. Denayer (VUB), Karl Petter Lillerud (ProfMOF) Objectives: Vapour- phase and solution-based synthesis of pure and mixed-linker MOFs with finely tuned pore openings and

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. Naydenova (TDUB), George Lamy au Rousseau (STARNAV) Objectives: To develop novel or optimize the available synthesis approaches towards preparation of

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), Dr. Michelle Mercer (Hiden) Objectives: The development of an experimental method that allows the study of competitive adsorption with complex

Project Title: Targeted characterization and adsorption properties of MOF and zeolitic adsorbents for gas sensing (WP3) Host Institution: FAU Country: Germany Supervisors: Prof. M. Thommes (FAU); Secondary Supervisors: Prof. S. Mintova (CNRS-Caen), Dr. Michelle Mercer (Hiden) Objectives: Develop novel, application-directed characterization methodologies for surface and pore structure characterization of MOFs

Project Title: Fabrication of MOF- and zeolite-functionalized resistive sensors, sensor arrays, and pre-concentrators (WP4) Host Institution: CAU Country: Germany Supervisors: Prof. R. Adelung (CAU); Secondary Supervisors: Prof. M. Kraft (KUL), Andreas Walte (Airsense) Objectives: Decoration of compatible MOF-structures on metal oxide nanowire sensors fabricated by 3D printing. MOFs and zeolites

Project Title: Evaluation of sensitivity, selectivity and stability of MOF- and zeolite-functionalized resistive sensors, sensor arrays, and pre-concentrators for the detection of VOCs mixtures (WP4) Host Institution: TUM Country: Moldova Supervisors: Prof. O. Lupan (TUM); Secondary Supervisors: Prof. R. Adelung (CAU), Bert Ungethüm (Airsense) Objectives: Development of a testing setup

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: Prof. R. Adelung (CAU), T. Dieryckx (Voxdale) Objectives: Design, fabricate and test novel MOF-functionalised resonators for gravimetric VOC sensing. To

Project Title: A metal-organic framework capacitive sensor array as an electronic nose for volatile organic compound detection (WP5) Host Institution: KU Leuven Country: Belgium Supervisors: Prof. R. Ameloot (KU Leuven); Secondary Supervisors: Prof. I. Naydenova (TDUB), T. Dieryckx (Voxdale) Description of the organizational unit: The Ameloot group is part of

Project Title: Development of highly sensitive diffractive optical sensors for detection of VOCs (WP5) Host Institution: TDUB Country: Ireland Supervisors: Prof. I. Naydenova (TDUB); Secondary Supervisors: Prof. R. Ameloot (KUL), Dr. Y. Ponomarev (Analog Devices) Objectives: To develop surface holographic sensors for VOCs based on MOF- or zeolite-functionalised surface holograms.

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 Supervisors: Prof. R. Ameloot (KUL), Dr. M. Van Poppel (VITO) Objectives: Evaluating the different materials to be combined in a