FOC4SIP · Functionalised Organic Complexes for rapid Sensing of Industrial Polluters

Functionalised Organic Complexes for rapid Sensing of Industrial Polluters

The ultimate goal of the project has been to generate and transfer knowledge on the development of new organic molecular complexes for rapid detection of hazardous polluters. The novel materials are combined with integrated photonic and electronic components aiming to achieve rapid and efficient detection. Here, we proposed new approach combining training and career development of prospective researcher, use of new functionalised macromolecules and development of sensor devices by novel micro-fabrication tools. The project contributes to monitoring and detection of hazardous compounds, hence, positive impact on training of young scientists, safety of ambient environment and public health is anticipated. The overall objective of FOC4SIP project has been to select and characterise sensor/probe macromolecules, then to optimise detection mechanisms, and finally to develop sensing protocols and pilot devices. To achieve this challenging objective via transfer of knowledge, the following key research objectives (RO) have been planned and met: ●RO1 Overall training activities and knowledge transfer. ●RO2 Selection and characterisation of organic molecules for sensing of industrial polluters in liquid. ●RO3 Functionalisation of carbon nanomaterials by organic molecules and further characterisation. ●RO4 Preparation and characterisation of thin films made of sensing molecular complexes. ●RO5 Development of pilot systems for sensing of industrial polluters based on studied materials. ●RO6 Evaluation and optimisation of novel devices involving expertise of Industrial Partner. To summarise the actions performed in this project, we have substantially contributed to continuous professional development of internationally leading researcher, which provided him strong foundations to progress his career to more senior position (RO1). We have selected and characterised a range of novel organic molecules as sensors (RO2) including dyes for efficient detection carbon nanotubes (RO2-3). We have studied a range of thin film micro-size sensor structures with high sensitivity and fast recovery, e.g. fibre gratings covered by glucose oxidase etc. (RO4,5) Finally, we have tested the devices and sensing mechanisms involving expertise of Industrial Partner (RO6), as well as discussing and disseminating the results with broad research community. In overall, the project has created efficient platform for transfer of knowledge and established strong capability for future studies.

Data: CORDIS, © European Union