WG3 – Environmental monitoring and sensing

Environmental Monitoring and Sensing

Empowering Bioelectrochemical Systems (BEs) and Microbial Fuel Cells (MFCs) with Smart Sensors and Embedded Intelligence for Environmental Resilience.

WG Description

Workgroup 3 brings together two distinctive communities that represent the two fundamental parts of a WSN:

  • the community of sensors, for the development of devices to be integrated into a detection network for monitoring environmental parameters;
  • the embedded systems community, for the design of an efficient and autonomous WSN (powered by MFCs) for the real-time transmission of sensor data.

This WGs aims at bridging the gap between these two communities by collaborative development solutions focused on a real case of a holistic system : an Autonomous Ambient Intelligence Architecture for Environmental Rehabilitation.

 

aims or objectives
  • Use BES as permanent and renewable battery for Wireless Sensor Networks and Ubiquitous Environment Architecture: in particular study of MFCs configuration for several scenarios.

  • Investigate the sensing capabilities of BEs from physical and chemical properties to optimized hardware platform, supporting specific embedded operating systems.

  • Integrated MFC powered Lab-On-Chip systems dedicated to small quantities of substances (medical and environmental applications).

detailed description of the WG

In fact, in monitoring activity, we consider:

1) to use the BES as power supply allowing effective operation of autonomous efficient WSN. So, as described in the Memorandum of Understanding, One WG3 activity will be focused on the development and testing of autonomous efficient WSN. The scientific field is in the contest of low power communications.

2) to use the BES as detector. These activities will be performed for evaluation of sensing capabilities of BESs, optimization of hardware platforms, operating systems and MFCs configuration for several scenarios.

3)  to include activities of the design of innovative sensors like System-On-Glass for Lab-On-Chip powered by MFC. These systems, currently designed for medical tests, allow in-situ and real-time the detection of small quantities of substances, like for acid rain evaluation. One challenge is the reduction of power consumption requested for operation of these devices in order to can use MFC as power source.

The title of first task is “autonomous efficient WSN”.

WG Members

Leader

Prof Fabien MIEYEVILLE

Members
 
 
 
 
 
 
 
 
 
 
 
 

Dr Gordana KAPLAN

 

Prof Giampiero DE CESARE

Prof Vincenzo FERRARA

Prof Fabien MIEYEVILLE

Prof Arben GJUKAJ

Prof Bruno ALLARD

Prof Paula LÓPEZ MARTÍNEZ

Prof Ioannis IEROPOULOS

Dr Deepu JOHN

Dr Zakhar MALETSKYI

Dr Andreas MIDDENDORF

Dr Marie ROBIN

Mr Thierry COURCIER

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Publication

Nicula, N. O., Lungulescu, E. M., Ieropoulos, I. A., Rimbu, G. A., & Csutak, O. (2022). Nutrients Removal from Aquaculture Wastewater by Biofilter/Antibiotic-Resistant Bacteria Systems. Water, 14(4), 607.

Past events

EVENT

4. 19-21 January 2022: PHOENIX conference

EVENT

Virtual meetings in 2021 : March, September and December

EVENT

PHOENIX COST Management Committee Meeting (MC3) 1 October 2021