IWA Publishing: Effectiveness of Disinfecting Wastewater Treatment Plant Discharges (2021)
The book "Effectiveness of Disinfecting Wastewater Treatment Plant Discharges - Case of chemical disinfection using performic acid" was just published ! Section 2, Chapter 2 ("In situ monitoring of fecal bacteria at the Seine Valenton WWTP using ALERT rapid microbiology instrumentation" ) demonstrates the metrological performance of ALERT technology for measuring in WWTP environments, and for controlling disinfection processes.
Available here or by written request.
TSM - Techniques Sciences Méthodes No. 6 Vol. 116 (2021)
The article "Novel methodology and instrumentation for in-situ microbiological risk assessment", was recently published in TSM - Techniques Sciences Méthodes No. 6 Vol. 116, 2021. It addresses the issue of measuring the environmental impacts of live-in boat wastewater on the receiving watercourse. A real challenge and a unique study, using our latest microbiological analyzers and sampling with our Fluidion DRONE.
Available here or by written request.
National Environmental Monitoring Conference (2020)
Fluidion presented its contribution "Accurate Rapid In-Situ Measurement of the Microbiological Impact of Pollution Sources", at the NEMC 2020 conference, under the section section "Advances in Field Sampling, Measurement, and Sensor Technologies".
Available here and by written request.
IEEE Oceans Conference Proceedings - Marseille (2019)
Development of a novel hybrid pH sensor for deployment on autonomous profiling platform
Fluidion presented at the IEEE Oceans 2019,conference in Marseille. The technical article fpcuses on the latest results from the collaboration with the LOCEAN laboratory in Sorbonne University, focusing on the development of a new generation of ocean pH sensors for measuring acidification.
Available here or by written request.
ASTEE Scientific report - Mocopee p.105-116 (2018)
Autonomous system for rapid in situ quantification of bacterial quality of wastewater a performance report of the Fluidion « ALERT » system
A scientific article by Fluidion in collaboration with the Wastewater Authority of the larger Paris SIAAP (Syndicat d'Assainissement de l'Agglomération Parisienne), focusing on the use of ALERT rapid microbiology instrumentation for wastewater measurements in all treatment processes . A new measurement protocole allows covering the full concentration range, from influent to treated efluent, with an accuracy similar to the laboratory.
Available here and by written request.
Water Industry Journal - December issue p.26 (2018)
Rapid E.coli Quantification with Field Portable Devices aroun d UK Bathing Sites
This article focuses on work performed by Fluidion in collaboration with the UK Environment Agency, focusing on using portable ALERT units to quantify E.coli bacteria around bathing sites, and on the usage of this technology for locating and eliminating hidden pollution sources.
Available here and by written request.
Weftec Technical Conference Proceedings, 4392-4402 (2018)
"An In Situ Autonomous Bacterial Pathogen Sensor for Water Quality and Environmental Monitoring Applications" was just release in the proceedings of the Weftec conference in New Orleans, the reference conference related to water and environmental applications in the US.
Available here, or by written request.
INSTITUTE OF WATER MAGAZINE Q3, P.86 (2018)
"Rapid Microbiology Field Instrumentation: Source Tracking in Sensitive Areas" was recently published in the Institute of Water Magazine (Q3, p. 86, 2018). This study, performed by the UK Environment Agency, presents an excellent example of operational usage of ALERT technology by the Agency in order to identify pollution sources on the beaches and rivers arouns Scarborough.
Available here, or by written request.
Journal of Applied Microbiology, Vol. 126, p. 332 (2018)
"Autonomous system for rapid field quantification of E. coli in surface waters" : A scientific article recently published by fluidion in collaboration with SIAAP (the Paris wastewater agency) in the well-respected Journal of Applied Microbiology (doi: 10.1111/jam.14066). It presents the ALERT E.coli quantification technology, focusing specifically on its metrological validation through side-by-side comparison using most probable number (MPN) techniques, and on applications related to rapid in-site monitoring in diverse fresh water matrices.
Available here, or by written request.
Eau Industrie Nuisances 399, p.81 (2017)
A new scientific article from fluidion, in collaboration with the SIAAP (Paris Wastewater agency), published in the Eau Industrie Nuisances magazine No.399, p.81 (2017), focused on the validation of ALERT technology for microbiological monitoring in surface fresh waters.
Available here, or by written request.
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