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Biosensor development and signal processing for real-time water quality monitoring

Biosensor development and signal processing for real-time water quality monitoring WISE PhD proposal June 2017 Student: Dolores Gonzalez Supervisors: Mirella Di Lorenzo, Petra Cameron Chem. Eng. Dept., University of Bath. Problem statement. Runoff of pollutants. Bio-toxicity.

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Biosensor development and signal processing for real-time water quality monitoring

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  1. Biosensor development and signal processing forreal-time water quality monitoring WISE PhD proposal June 2017 Student: Dolores Gonzalez Supervisors: Mirella Di Lorenzo, Petra Cameron Chem. Eng. Dept., University of Bath

  2. Problem statement Runoff of pollutants Bio-toxicity List of priority substances by the Water Framework Directive There is a need to develop an online, continuous and real time sensors for water quality monitoring. www.wisecdt.org

  3. Microbial Fuel Cell (MFC) Biosensor principles • Advantages • Low cost • Portable • Wide range of contaminants • Challenges • Reproducibility • Selectivity • Response time • Signal processing www.wisecdt.org

  4. Research aim The aim of this project is to improve the knowledge in signal processing of MFC biosensors to promote practical applications. Project objectives • To design a continuous and real-time MFC biosensor. • To prove the ability of the sensor to detect components of interest. • To develop a model to interpret and predict the sensor’s output. • To validate the sensor in the field. www.wisecdt.org

  5. MFC sensor Data generation Previous data Literature review Model calibration and validation Model screening Model selection for prediction and interpretation www.wisecdt.org

  6. Thank you for your attention. Questions or comments?

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