BRAAVOO aims to develop innovative solutions for real-time in-situ measurement of high impact and difficult to measure marine pollutants.

The concept of BRAAVOO is based on a unique combination of three types of biosensors, which will enable the detection of both a number of specific marine priority pollutants and also general biological effects that can be used for early warning.
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Final Workshop
The BRAAVOO final workshop will take place on 24-25 Nov 2016 in Villars-sur-Ollon, in the Swiss Alps.
Technical sheets
These 5 technical sheets summarise the BRAAVOO modules.
Project video
The BRAAVOO Project has been the subject of a special Euronews Futuris feature.
Field studies
The BRAAVOO final workshop will take place on 24-25 Nov 2016 in Villars-sur-Ollon, in the Swiss Alps.
Project flyer
Click below to download the BRAAVOO Flyer, made at the beginning of the project
Publishable summary
In this PDF summary you will find the first achievements of the BRAAVOO Project.
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Nowadays, marine sampling is done by "traditional" means...

...which hopefully will be replaced by the more efficient BRAAVOO USV concept.

Culture plates of fluorescent bioreporter bacteria

BRAAVOO aims to develop unmanned surveying vessels (USV) and buoys to carry ‘Lab-on-a-Chip’ modules for real-time monitoring of marine contaminants.

Although detecting marine contamination is traditionally quite a logistical challenge, BRAAVOO hopes to transform marine monitoring with the new platforms that will be developed.

Fluorescent bioreporter bacteria, immunosensors and algae, provide the basis for biosensor instrument packs to be carried on such USVs.
The development of bacterial bioreporters, immunosensors and algal sensors into reliable analytic modules is key to the success of the BRAAVOO concept. Some biosensors are already at this stage, so efforts can concentrate on miniaturization and device integration. Each step of development will be accompanied by precise testing and calibration. Particular emphasis will be placed on securing 'real-time' multisample analysis capacity, either by continuously operating biosensor elements, e.g. microchemostats, or by automated refilling of prefabricated biosensor cartridges. Use of biosensor modules as standalone instruments is also projected.

Chips for optical sensor development

Microfluidic network integration test

Capillary flow tests

To allow reliable sampling and quantitative analyses for detection of marine priority pollutants, two interwoven engineering efforts will provide the technical basis for the chips and microfluidics support for automated sampling and integration of transducers and electronics.
Scheme for the envisioned nano-immunosensor module with all the required units for biofunctionalisation, light control, flow delivery, optical detection, and processing electronics.
Together with indoor mesocosms, already available at the IAMC, new outdoor mesocosms are being implemented, this will allow researchers to mimic pollution accidents in seawater and assess detection by biosensor modules.
MESOCOSM Facilities
IAMC, Messina, Italy

The "outdoor" mesocosm: a new principal tank (22,000 L), has dimensions of 500x400x110 cm.

Off-shore buoy from IDS Monitoring Ltd

‘Fastnet 3’ buoy

Biosensor signals need to be analysed reliably, whether seas are rough or smooth; and, in the case of a reading above threshold, automatically triggered to collect more vital contaminant data.

Automated telemetry-operated marine buoys will be tested under real-life conditions in a coastal area, after the biosensor modules have passed both laboratory-level tests on contaminated marine samples and mesocosm tests to mimic actual pollution.

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The BRAAVOO Consortium
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The BRAAVOO consortium comprises 9 partners from 7 different countries, and includes four research groups specialised in biosensor strategies and 5 different small or medium-sized enterprises (SMEs). Two SMEs focus on microengineering, nano-tech solutions for signal acquisition and microfluidics. One SME brings great expertise in algal biosensors and environmental monitoring; another specialises in marine vessels and data solutions for marine sensors and telemetry; and the fifth SME supports the project by dedicated management and dissemination of results.
The consortium thereby unites expertise and access to relevant infrastructure and development for the entire range of necessary experimental methods (from maritime engineering to microbiology and nanotechnology) and also allows admittance to marine sites required to achieve its project aims. Together the partners form a unique multidisciplinary network to develop the BRAAVOO concept, which may fundamentally change marine environmental monitoring.
University of Lausanne
The University of Lausanne is internationally respected for its biomedical and biological research. The Environmental and Evolutionary Microbiology group (EEM) is part of the Department of Fundamental Microbiology, both led by Prof. van der Meer. The UNIL/EEM has extensive proven experience in bacterial bioreporters and applications, covering everything from genetic circuitry, design and construction, strain performance, assay calibrations, and field applications, with further experience in using bioreporters within microfluidics chips. The team has previous experience investigating marine contamination using biosensor bacteria, and for the BRAAVOO project autonomous operation of such bioreporters in microfluidic chips will be optimised and tuned to required specifications.
Université de Lausanne
Lausanne, Switzerland

Jan van der Meer
Vitali Maffenbeier
Yoann Le Digabel
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LioniX is a leading co-developer, manufacturer and provider of products and components based on cutting-edge micro- and nanotechnology. LioniX provides design to manufacturing and ‘horizontal integration’ by partnering with foundries, suppliers of complementary technologies and R&D institutes. The company specialises in applications of integrated optics, microfluidics and optofluidics, including surface functionalisation, giving them unrivalled expertise in the Lab-on-a-Chip area. The main focus markets include Life Sciences, Telecom, Datacom, Industrial Process Control and Space. Already involved in development of biosensor nanoarrays for environmental monitoring in the EU-FP7 projects BIOMONAR, BIOFOS and SYMPHONY, LioniX will be responsible for microfluidics integration and will also investigate new means of optical signal detection using its proprietary planar waveguide platform for BRAAVOO.
Enschede, The Netherlands

Henk Leeuwis
René Heideman
Floris Falke
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Spanish National Research Council (CSIC)
The CSIC is the largest public research organisation in Spain, with a main objective to promote and carry out research that contributes to scientific and technological progress. The Research Center on Nanoscience and Nanotechnology (CIN2) is a non-profit R&D Institute, whose main mission is to facilitate research in nanotechnology at the highest level of the international arena. The Department of Environmental Chemistry within the Institute of Environmental Assessment and Water Research (IDAEA) aims to study the source, transport, and fate of environmental pollutants, and also their effects on aquatic organisms and on humans. CSIC-CIN2 has accomplished seminal research on optical transducers, microfluidics, microelectronics and integrated immunosensors. In the BRAAVOO project, it will be responsible for the implementation of photonic immunosensors to target pollutants, and also calibration, validation and testing of the BRAAVOO platform. CSIC-IDAEA, as a renowned marine environmental chemistry lab, will be responsible in BRAAVOO for cross-reference chemical analytics, calibration and verification of individual biosensor modules and marine prototypes, and also collaborate for immunosensor development.
Consejo Superior de Investigaciones Científicas
Barcelona, Spain
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Laura M Lechuga
Sonia Herranz
Carlos Dominguez
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Marinella Farré Urgel
Josep Sanchis
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Biosensor Srl
Biosensor Srl was founded in 2003 as a spin-off of a private company and scientists from the National Council of Research, with objectives to explore business extensions for the biosensors market and offer a stimulating development environment for young innovative researchers. The company provides expertise in design, prototype fabrication, calibration, testing and product engineering of miniaturised modular automated instruments, mainly biosensors, for biotechnology, agrifood, environmental monitoring and biomedical applications. The main market for these innovative instruments is actually in the EU and Latin America. Previously developed instruments include: multiband and multicell array fluorescence systems; amperometric biosystems and photobioreactors for in vitro cell culture growth. Biosensor is involved currently in the EU-FP7 SENSBIOSYN and BEEP-EC-EN projects and was the industrial partner within the MoMa (From Molecules to Man) project, sponsored by the Italian Space Agency. Currently, it is involved as partner for the development of biosensor experiments for a flight to the International Space Station expected in 2016. In BRAAVOO, their algal photosystem fluorescence signals will be developed as biosensor modules, allowing automated marine monitoring.
Biosensors Srl
Roma, Italia

Gianni Pezzotti
Giovanni Basile
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microTEC develops and produces microfluidics, microsystems and components. With internationally patented production technologies and innovative packaging and interconnection acumen to offer cost, time and space benefits, microTEC translates product ideas into tangible solutions. Specialized in component integration into smaller volumes and parallel mass production, the focus at microTEC is on miniaturisation and polymer-based solutions for development of operational microsystems. microTEC has been involved as an R&D partner in several EC projects, like ULTRA, Light-Rolls and NANOfutures; and for BRAAVOO will enable microsystem integration into marine monitoring systems central to the project.
Duisburg, Germany

Helge Bohlmann
Reiner Goetzen
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Founded in 2005, SCIPROM is an SME specialised in the management of large collaborative research projects. SCIPROM supports scientific coordinators from the first project idea to the final report, in proposal conception, submission, negotiation and management. Promoting public awareness and understanding of science is an essential aspect of SCIPROM’s services, which generally free partners from the related administrative workload of such large-scale projects. Extensive in-house knowledge about the creation of custom-made collaboration platforms and dissemination materials means project exploitation is also greatly facilitated, a key measure of the ultimate success of BRAAVOO.
St-Sulpice, Switzerland

Kirsten Leufgen
Peter Ulrich
Filippo Gander
Dominique Stücker
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Hebrew University of Jerusalem
The Hebrew University of Jerusalem is the leading research institute in Isreal with ca. 4000 current projects and 100 active national and international research centres, many of them interdisciplinary. The Alexander Silberman Institute of Life Sciences is the largest institute at the Faculty of Sciences, whose scientists are at the vanguard of modern biological research. The Belkin laboratory is an internationally recognised authority on whole-cell biosensors, with over 75 peer-reviewed publications covering diverse aspects of bacterial biosensors and attesting to their accumulated expertise in the field. For BRAAVOO, HUJI will tailor bacterial bioreporter strains for monitoring both selected classes of marine pollutants and general toxicity and integrate them into the BRAAVOO autonomous modules.
Hebrew University of Jerusalem
Jerusalem, Israel

Shimshon Belkin
Sharon Yagur-Kroll
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Institute for Coastal Marine Environment of the National Research Council
The Institute for Coastal Marine Environment of the National Research Council (IAMC-CNR), composed of six departments and a marine biology laboratory, traditionally deals with issues related to marine sciences, and in particular the domains of biology, chemistry, physics, geology, renewable resources (fishing and aquaculture) and marine technologies. IAMC-CNR is a public organisation aiming to promote wide diffusion of its competences. It has participated as a partner in EU projects specifically dedicated to the study of the potential by marine microbial communities for bioremediation processes and environmental monitoring, like COMMODE, MAGICPAH and ULIXES, and is currently involved in the ERANET Marine Biotech project ( Moreover the Institute is dedicated to the study of marine microbial communities associated with extreme environments (in particular, the deep-sea). For BRAAVOO, its main tasks will be to optimise bioreporter performance in marine samples and perform prototype tests in mesocosm facilities.

IAMC-CNR (Istituto per l’Ambiente Marino Costiero del Consiglio Nazionale delle Ricerche, or the Institute for Coastal Marine Environment of the National Research Council)
Consiglio Nazionale delle Ricerche
Massina, Italia

Maria Teresa Giardi
Renata Denaro
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IDS Monitoring Ltd

IDS Monitoring Ltd specialises in the delivery and support of data acquisition and telemetry systems for a wide variety of marine and related environmental applications. A large part of its work involves system integration, where sensors, data acquisition and telemetry systems are installed into platforms for short and long -term deployment at sea. The platforms include data buoys, various vessels, shore mounted stations, and floating platforms. Over the last 10 years, IDS Monitoring has invested significantly in developing technology for unmanned autonomous vehicles; and this work provides a very strong foundation for what will be delivered in the BRAAVOO project, data buoys and unmanned surface vessels to monitor the marine environment.
IDS Monitoring Ltd
Ballycorrigan, Ballina, Ireland

John Wallace
Isela Ibrahimovic
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If you want more information about the BRAAVOO Project, please use this form to contact the project representatives.

Jan van der Meer

Project Coordinator
Université de Lausanne

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Kirsten Leufgen

Project Manager
Rue du Centre 70
1025 St-Sulpice

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© The BRAAVOO Project, created by SCIPROM