"ISIS will provide public security by developing an advanced monitoring system for drinking water networks that instantly detects chemical or biological contamination and gives clear indication of the risk level.
Water distribution systems are vulnerable to deliberate, accidental or natural contamination, having many potential entry points for rapid and extensive distribution of harmful substances. Recent increased terrorist activity has raised awareness of the threat.
Surveillance platforms for intruder security are available but can only be adapted to alert for chemical and biological contamination if selective, sensitive and instantaneous detectors are available. However, current methods are limited to off-line laboratory analysis, which are too slow to initiate prompt action, or simple indicators (e.g. pH, conductivity), which are limited in the information that they provide, failing to cover many contaminants and rendering decision-making unreliable..
The ISIS project will combine advances in the state-of-the-art in four main areas: sensors; wireless networks; intelligent surveillance strategies and integrated risk analysis software. This combination of technologies is a major advance in security systems, giving a capability for water suppliers that is not currently available. It will enable immediate alert of chemical or biological contaminations and, crucially, indicate not only the location and nature of the hazard, but also the level of risk. This will allow appropriate informed action to be taken and will minimise the chance of false alarms, which not only cost water companies thousands of Euros, but also cause the panic and disruption that are also the aims of terrorist activity
The ISIS consortium brings together two water company end-users with security and sensor specialists from the research, academic and SME communities. The partnership of 10 includes 4 SMEs, and has the capability to exploit the product."
Fields of science
Call for proposal
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Funding SchemeCP-FP - Small or medium-scale focused research project