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Labeled and financed projects  Pôle EAU"

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World Compe++veness Water Cluster

You are ... An organisation or a federation • A VSE, SME, Midsize company or Major corporation

• A Research organization or a higher Education institution

• A local Authority or an official institution

…. Water Cluster can help you to

ü Finalize your projects ü Boost your company’s competitiveness

ü Benefit from a strong network

Services

Pôle EAU | Immeuble le MIBI | 672, rue du Mas de Verchant | 34000 MONTPELLIER Tel. 04 34 88 34 43 | [email protected] | www.pole-eau.com

Edition may 2014

1. AdWastetoGas [FUI 13] 2. Aquaphotex [ANR 2011] 3. CAP-‐ENC [FUI 16] (new) 4. CAPTILARVES [Innovation AEAG] (new) 5. Chwweps [ANR 2013] (new) 6. Diguintelligent [Eco-‐industries 2012] 7. Ecodredge-‐Med [FUI 11] 8. Elsa Pact [Chaire industrielle ANR 2013] (new) 9. Fishbox [FUI 11] 10. Fresqueau [ANR 2011] 11. Groundwater Arena [ANR 2011] 12. Irrialt'eau [R&D LR 2013] (new) 13. Irris [Eco-‐industries 2012] 14. Khru [FUI 12] 15. Lagumem [FUI 11] 16. Maiseo [FUI 14] 17. Matrics [FUI 16] (new) 18. Methanalyse [Eco-‐industries 2012] 19. Micropol [Eco-‐industries 2013] (new) 20. Neophil [FUI 11] 21. Nowmma [Eco-‐industries 2011] 22. Panacee [ANR 2010] 23. PEZH [Innovation AEAG] (new) 24. Sirhyus [FUI 12] 25. Temas [FUI 16] (new) 26. Zhart [FUI 14]

Labeled and financed projects

Project ADWASTETOGAS

FUI 1

3

Advanced Waste to Gas: Innovat ive Process for gasi f icat ion of waste s ludge and residual s ludge/waste mixes and process pre- industr ia l izat ion The AdWastoGas project consists in sizing, building and developing an experimental prototype for the thermal gasification of residual sludge from sewage and waste treatment plants on the basis of an innovative concept combining residue quality and energy performance. This work was made possible by the association of four industrial partners specializing in thermal processes, construction of special machines, the environment and sustainable development, and an academic research lab working in the field of Process Engineering. The objectives of this project, which is fully encompassed in a sustainable development approach, are to demonstrate the validity of this innovative process at a meaningful scale and more broadly to demonstrate the viability and relevance of gasification processes for thermal waste treatment as compared to its competitors. The technology proposed and developed in this project is consistent with the ambitious approach of the "circular economy", and through energy-related topics, targets depollution and eco-friendly design, and innovation in the field of residual sludge recovery from sewage and waste treatment plants.

Pro ject ho lder Veolia Environnement Recherche & Innovation (78) Industr ia l par tners Femag Industrie (34) – A3I (84) – SECMMI (84) Research partner M2P2 (Université Paul Cézanne, Aix-Marseille) (13) Tota l budget €2,327 K Co-funder DGCIS – Collectivités territoriales (regional authorities) Labe l l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2011 Strateg ic act ion of the water C luster Axis 3 - (Reuse of water of all sources)

ADWASTETO

GAS


Project AQUAPHOTEX

ANR 2

011

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INSA

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L ight emit t ing text i les for water t reatment through photocata lys is The ANR ECOTECH AQUAPHOTEX project (2012-2015) proposes to develop a remediation photocatalytic light-emitting textile to be used in water treatment. This advanced oxidation process (POA) could be applied in conjunction with other treatments, either at the end of chain to degrade all organic molecules, or at the beginning to make products biodegradable. The technological innovation concerns the design of a remediation photocatalytic light-emitting textile suitable for aqueous media based on work carried out during project PHOTEX (ANR 2007-2010) on air remediation. In this project, the side-lit "optical fiber" textile connected to UV ® LEDs -developed by the company Brochier Technologies- is both the source of UV irradiation and photocatalyst medium, creating a maximum contact surface between these two elements. The project will focus on the choice and adaptation of the photocatalytic light-emitting textile to the aqueous medium and its positioning within a reactor in order to maximize the pollutant-UV-photocatalyst contact place and time. The proposed research work will therefore focus on:

• the design and production of the photocatalytic light-emitting textile structure suitable for an aqueous medium,

• the study of the flow of liquid and reactive transport of target molecules within the system at a microscopic scale (elementary cycle) and at the macroscopic scale (textile panel),

• the characterization of the innovative material's photocatalytic performance on two pollutant models (formic acid and Imidacloprid, an insecticide).

The project aims to propose an innovative solution for the treatment of aqueous effluents through photocatalysis. Pro ject ho lder Laure PERUCHON, Brochier Technologies (69) Research partners IRCELYON, CNRS DR 07 (Institut de Recherches sur la

Catalyse et l’Environnement de Lyon) (69) – LISBP (Laboratoire d’Ingénierie des Systèmes Biologiques et Procédés, INSA) (31)

Tota l budget €1,544 K Co- labe l l ing AXELERA and TECHTERA Year o f labe l l ing 2011 Strateg ic act ion of the water Ax is 3 (reuse of water of all sources) c luster

AQUAPHO

TEX


FUI 1

6

Project

CAP ENC

Sensor measur ing fou l ing in industr ia l processes Deposits start forming from the start everywhere water circulates. Information on the equipment fouling condition helps detect, monitor and predict transfer disruption and degradation (health safety and agricultural product quality) due to these deposits, but also reduce energy consumption and limit emissions (better management of cleaning cycles, production optimization, limitation of emissions). In this context, project CAP ENC aims to develop a sensor to quantify and identify the nature of fouling within the cooling processes. A feasibility study of its application in other areas is also provided for: agribusiness, processes is marine environment (measurement probes, ship hulls, etc.). The innovative nature of this project is based on the coupling of discrete spectral measurements with electrical and thermal excitations.

Pro ject ho lder IRH Environnement (54) Industr ia l par tners Ponsel Mesure (56) Veolia Environnement Recherche et Innovation (78) Research partner Laboratoire d’Ingénierie des Systèmes Biologiques et des

Procédés (31) Tota l Budget €2,887,229 K Co-funders BPI France, Lorraine Region, Brittany Region Labe l l ing leader Hydreos Cluster Co- labe l l ing Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2013w Stacteg ic act ion of the water Ax is 2 - Collaborative management of resources and c Cluster uses

CAP ENC

Project CAPTILARVES

Innov

ation

AEAG

Innovat ive capture of f reshwater f ish larvae - CAPTILARVES The capture of larvae of coastal marine animals makes it possible to study and better understand the early stages of the life cycles of fish and crustaceans in order to acquire further knowledge on populations and community dynamics. In the framework of the European WFD which aims to achieve good environmental status for aquatic environments by 2015, we propose to test the capture of fish larvae in continental freshwater, and more particularly in lake ecosystems. Indeed, use of this new method in European continental waters is still very rare, even though it could provide new elements for understanding a key phase of the fish life cycle. The project's general goal is therefore to test this technique in a realistic context to provide in the long term a new potential bio-indication tool for managers, aimed at better understanding of fish communities and freshwater ecosystems with a view to improving knowledge, conservation and ultimately preservation.

Larvae of black-bass (Micropterus salmoides) in a gravel pit in Haute-Garonne.

Pro ject ho lder Ecocean SAS - (34) Techn ica l par tner Fédération Départementale Agréée pour la Pêche et la

Protection du Milieu Aquatique (FDAPPMA 31) Research partners UMR 5174 EDB - Evo lut ion et D ivers i té B io log ique –

CNRS - Université Paul Sabatier – ENFA (31) – UMR 5245 EcoLab - Ecologie d’Ecologie Fonctionnelle et Environnement - CNRS - Université Paul Sabatier – ENSAT (31)

Tota l Budget €234 K Co-funder Agence de l’Eau Adour Garonne (AEAG) Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2013 Strateg ic act ions of the Axis 2 - Collaborative management of resources and water c luster uses Transverse ax is - Players and decisions: institutional and social approaches

CAPTILARVES

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Project CHWWEPS

ANR 2

013

CHWWEPS – CarboHydrate f rom WasteWater into EPS

© Veolia

The CHWWEPS project, submitted in the framework of the French ANR research agency's ECO-TS RFP has a threefold objective:

• Specific recovery of industrial wastewater, sanitation subproducts, or waste, by processing into alginate exopolysaccharides. This transformation is performed by hydrolysates thermally (or enzymatically) and then by a microbial consortium selected continuously.

• Reuse of the alginate polymer obtained after formulation (and purification if required) as coagulation/flocculation agent in the water treatment chains (wastewater, if the waste used is not suitable, and drinking water if sanitary quality allows). Recycling waste into a product makes it possible to establish a short virtuous cycle within the water treatment industry.

• Valorization of a model of circular economy, based on the engineering of microbial consortia and which target the specialization of production function in non-sterile conditions ("mixed culture biotechnology").

Pro ject ho lder Veolia Environnement Recherche et Innovation (78)

Industr ia l par tner NOVASEP (54)

Research partners LISBP (INSA Toulouse) (31) – ICPEES, Université de Strasbourg

(67)

Other partner SOLAGRO (31)

Tota l budget €1,980 K

Co- labe l l ing Pôle EAU (French Water Cluster with global reach) and Industries and Agricultural Resources Center

Year o f labe l l ing 2013

Strateg ic act ions Axis 2 - Collaborative management of resources and uses o f the water c luster Axis 3 - Reuse of water of all sources

Transverse ax is - Players and decisions: institutional and social approaches

CHWW

EPS


Eco-

indus

tries

2012

Project DIGUINTELLIGENT

The project concerns embankments for protection against river and marine flooding. The project aims to develop an operational system for detection of leaks on embankments, enabling: • on the one hand, integrated permanent monitoring of the water content of the foundations,

corresponding to continuous monitoring of mixed hydraulic works for protection against river or sea flooding

• on the other hand, leaks to be located on specific events, and continuously monitoring leak flow rates quantitatively and in real time to determine the appropriate corrective actions and ensure the embankment remains safe.

The "Digue Intelligente" (smart embankment) project is therefore developing a new strategy of integrated measures to not only identify the presence of water in the dam but also and especially to quantify the water flow observed in earth or mixed works undergoing degradation, an important indicator of the risk of rupture.

Pro ject ho lder Egis Eau (34) Industr ia l par tners Kloé (34) – ImaGeau (34) – NGE (13) Research partners Laboratoire Géosciences (Université Montpellier 2 / CNRS - 34) Tota l budget €1,471 K Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2012 Strateg ic act ions of the Axis 2 - Collaborative management of resources and uses water c luster Transverse ax is - Players and decisions: institutional and social

approaches

DIGUINTELLIG

ENT


Project ECODREDGE-MED

FUI 1

1

Eco-technologies for overa l l and f loat ing management of port sediment dredging The ECODREDGE-MED project aims to collect on the same barge train a suction dredger, sediment calibration units and calibrated material storage units. The process aims to extract, without temporary storage, non-contaminated, easily recoverable port material. After calibration, the material will be transported by barge to recovery sites by sea or river. The project's second innovation concerns the mode of extraction and recovery of dredged local sediment. Pro ject ho lder Régie Autonome de Port Camargue (30) Industr ia l par tners EMCC (94) – BEC Frères (34) – BRL Ingénierie (30) – Sols

Méditerranée (30) Research partners ARMINES, Ecole des Mines d’Alès (30) - CNRS, HydroSciences

(34) – IRD, ECO-SYM / SMEL (34) Tota l budget €4,112 K Co-funders DGCIS / FEDER LR / OSEO FRI – LR Region (FRI) – LR Region

(DESR) Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2010 Strateg ic act ion of the Axis 2 - Collaborative management of resources and uses water c luster

ECODREDG

E-MED


Project ELSA-PACT

ANR 2

013

Env i ronmenta l and soc ia l l i fecyc le assessment to improve bus iness compet i t iveness through eco log ica l and soc ia l t rans i t ion. Businesses are increasingly encouraged by the market and regulations to reduce the E & S footprint of their products / services. The ELSA-PACT project is an industrial chair (winner of the 2013 RFP of the French ANR research agency which aims to consolidate and strengthen the competitiveness of French firms in natural resources management / exploitation (water and waste management, agricultural production / transformation) in the field of the use of the advanced LCA (Life Cycle Analysis) tools by helping them to implement their environmental and social (E&S) transition strategy. This implies (1) having appropriate E&S assessment methods (specific and easy to use) and knowing how to use them, and (2) meeting markets receptive to these criteria. The Chair will help advance these 2 issues (development of methods and acquisition) by learning through research (theses and post docs), transfer to the industry, dissemination and the harmonization of methods. The chair has an initial 4-year duration and will be able to accommodate other companies from 2015.

Pro ject ho lder IRSTEA (34) Industr ia l par tners Suez Environnement (95) – Société du Canal de Provence (13) –

BRL (30) – Val d’Orbieu-UCCOAR (11) – EVEA (44) Research partners EMA (30) - Montpellier SupAgro (34) - CIRAD (34) Other partners ONEMA – Languedoc-Roussillon Region - ADEME Tota l Budget €4,100 K Co- labe l l ing AXELERA, DREAM and Qualiméditerranée Year o f labe l l ing 2013 Strateg ic act ions of the Axis 1 - Identification and mobilization of resources water c luster Ax is 3 - Reuse of water of all sources

ELSA-PACT


Life Cycle Analysis: taking into account exchanges with the environment (abstraction of resources, emission of pollutants, etc. ) at each step of the life cycle.

Project FISHBOX

FUI 1

1

Automated f ie ld device for select ive quant i f icat ion of micro-organisms The FISHBOX project aims to develop a qualitative and quantitative device to detect micro-organisms and assess their metabolic activity of interest. The project will automate and miniaturize TSA-FISH molecular technology and will be coupled with an epifluorescence microscope to allow observation and quantification of micro-organisms marked specifically by a fluorescent molecular probe. The project will provide the following innovations:

• Screening of micro-organisms living in a fluid (water or air) collected by a concentration device, • Development of a "ruggedized" automatic analysis case for field use.

The innovation will cut handling time back by 50 to 90% as compared to a conventional laboratory analysis. In the field, the device will provide accurate quantification and metabolic activity assessment results within 5 to 7 hours, against 48 to 72 hours today. By its very nature, this project responds to the issues of health standards and fundamental research. Pro ject ho lder CHRISAR Software Technologies (83) Industr ia l par tners Veolia Environnement Recherche & Innovation (Centre de

Recherche Maisons-Laffitte) (78) – MerMec France (13) Research partners IRD-MIO (13) – ENSCP (Chimie Paristech) (75) – Université de

Rennes 1 (35) Tota l budget €2,394 K Co-funders DGCIS / OSEO – PACA Region – TPM (Toulon) – CG13 Label l ing leader Mer PACA Co- labe l l ing Pôle EAU (French Water Cluster with global reach) - OPTITEC Year o f labe l l ing 2010 Strateg ic act ion of Transverse ax is - Players and decisions: institutional and the water c luster social approaches

FISHBOX


Project FRESQUEAU

ANR 2

011

Datamining for the assessment and monitor ing of the hydrobio logical qual i ty of water courses The goal is to preserve or restore the condition of bodies of water, required by the European Framework Directive on Water (FDW, 2000), highlights the need for operational tools for the interpretation of complex information on how water courses function, as well as for the assessment of programs of actions in progress. With this end in view, the FRESQUEAU project is trying to develop new methods to study, compare and exploit all available parameters regarding the state of the water courses and the measurements made. The methods developed are integrated in an open-source platform to aid in the interpretation of the way water courses function. The originality of the proposed approach is to link structural and functional data through a set of innovative methods, thus implementing a genuine process to assist in the discovery of knowledge. Pro ject ho lder Florence LE BER, ICUBE (Laboratoire des Sciences de l’Ingénieur,

de l’Informatique et de l’Imagerie) (67) Industr ia l par tners Aquabio (33) – Aquascop (49) Research partners LHyGes (Laboratoire d’Hydrologie et de Géochimie de Strasbourg)

(67) – TETIS UMR (Territoires, Environnement, Télédétection et Information Spatiale) (34) – LIRMM, Université Montpellier 2 (Laboratoire d'Informatique, de Robotique et de Microélectronique) (34)

Tota l budget €2,706 K Year o f labe l l ing 2011 Strateg ic act ions of Axis 1 - Identification and mobilization of resources the water c luster Transverse ax is - Players and decisions: institutional and social approaches

FRESQUEAU


Project GROUNDWATER ARENA

ANR 2

011

© Hassan Quarouch

Analys is of the resi l ience of new forms of agr icul ture i r r igated using groundwater in Maghreb This research project analyzes the vulnerability and adaptation capabilities of the "groundwater economy"* which represents a socio-ecological system where social and biophysical dynamics are intimately linked. In effect, the "groundwater economy" combines two complex systems: • The aquifer system where the natural recharging and flow

processes combine with anthropogenic processes of abstraction by drilling and re-infiltration through irrigation.

• The social system where the economy generated by irrigation comes from the farmers themselves according to their capacity for initiative, investment and management.

The project goal is to develop an integrated approach to analyze the vulnerability and capability for adaptation of the "groundwater economy" in Maghreb to the environmental, economic and social changes. * The intensive use of groundwater resources has enabled the development of a dynamic agricultural economy that has created wealth, the "groundwater economy". Pro ject ho lder Marcel KUPER, UMR G-eau, Cirad – Centre de coopération

internationale en recherche agronomique pour le développement (34)

Research partners, North BRGM (34) – CIRED, CNRS (94) – Clersé, CNRS (59) – Ladyss,

CNRS (92) – LISODE (34) Research partners, South Morocco: IAV HASSAN II, ENA Meknès, Cap Rural – A lger ia:

ENSA Algiers, CRSTRA – Tun is ia: INAT The Groundwater ARENA project is part of the skills network in partnership with SIRMA (irrigated systems in Maghreb) http://www.rcp-sirma.org/. A partnership structure implemented since 2003, the RCP SIRMA has served to formalize very rich empirical material on irrigated systems and to contribute to the international discussions.

Tota l budget €799 K Co- labe l l ing DREAM Year o f labe l l ing 2011 Strateg ic act ions of the Axis 1 - Identification and mobilization of resources water c luster Axis 2 - Collaborative management of resources and uses Transverse ax is - Players and decisions: institutional and social

approaches It is also perfectly in line with the international objectives of the Water center, bringing together international partners.

Groundw

ater ARENA


Eco-

indus

tries

2013

Projet

IrriAlt’Eau A l ternat ive Water Resource wi th contro l led quant i ty and qua l i ty for v ine i r r igat ion Based on the regulatory and normative context and the state of the art, the project aims to develop a reasoned, competitive, economically viable, scientifically substantiated and sustainable practice for micro irrigation of vines with treated water from an alternative source with controlled quantity and physical, chemical and microbiological qualities. It involves direct reuse, using existing urban cleaning processes (Station of Narbonne Plage and Gruissan) whose performance has been qualified. They are supplemented by a tertiary treatment specially designed and constructed for this purpose, to ensure the required quality at the points of use for irrigation. It further offers the possibility of additionally watering other cultures the rest of the year. The project is planned to take 30 months. It combines industrial research and experimental development carried out at several scales, from experimental plots: 1.5 ha (INRA Pech Rouge facility), then 10 ha (Cave Gruissan), until gradual deployment on the scale of a vineyard (ultimately 150 ha projected), with a Go/No Go decision each time. The demonstration that an alternative resource of controlled quantity and quality can contribute to maintaining the competitiveness of traditional agricultural activity -in places where water is lacking-, and stimulating new ones, will strengthen the circular economy.

Pro ject ho lder Veolia Eau Région Méditerrannée et Aquadoc (34) Industr ia l par tner SCV La Cave de Gruissan (11) Research partner INRA Unité expérimentale de Pech Rouge et LBE Narbonne (11) Community partner Agglomération du Grand Narbonne (11) Tota l budget €1,743 K Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2013 Strateg ic act ion of Axis 3 - Reuse of water of all sources the water c luster

IRRIALT’EAU

The IrriAlt’Eau collaborative R&D project has been branded Water competitiveness center and has had received favorable notice from of the COSTI de Transferts LR in the second quarter of 2013.

Project IRRIS

Eco-

indus

tries

2012

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I r r igat ion Engineer ing Serv ices The IRRIS project aims to develop a buried autonomous probe that can communicate, with embedded low-cost moisture sensors proven in the automobile industry but which must be adapted to a new, more stringent setting as regards environmental conditions and relative humidity measurement. This sensor, coupled with a communication system for data transmission, will give farmers visibility of the actual water requirements of their plots and to adapt irrigation accordingly at a significantly lower cost than is currently available. Pro ject ho lder TCSD (82) Industr ia l par tners Measurement Specialties (31) – Maisadour (40) – CACG (65) –

Blue Whale (82) – CEFEL (82) Research partners LAAS-CNRS (31) – ECOLAB (31) Tota l budget €1,446 K Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2012 Strateg ic act ion of the Axis 2 - Collaborative management of resources and uses water c luster

Pôle EAU | Immeuble le MIBI | 672, rue du Mas de Verchant | 34000 MONTPELLIER Tèl. 04 34 88 34 45 | [email protected] | www.pole-eau.com

IRRIS

Project KHRU

FUI 1

2

Karst, runof f and moisture: Character izat ion and real-t ime integrat ion of hydro-geological data in a f lood alert system The KRHU project should help improve flood forecasting on karst aquifer watersheds, taking into consideration the initial status of aquifers and soils. A crisis management tool based on relevant indicators of the degree of soil saturation and the filling of the karst will be supplied to duty staff (forecasters, analysts, etc.). These indicators of soil and karst saturation will be defined by establishing a suitable (soil, karst) monitoring network and through hydrogeological studies, and will be integrated in real time in the crisis management tool. The measurement network will serve to characterize system operation, as well as tools propose water resource management tools, in particular during low flow periods through the monitoring of piezometric levels during that time. The innovation will therefore concern a new flood forecast and alert service incorporating spatial indicators reflecting soil saturation and karst filling levels, which are key parameters to better anticipate flooding on karst component watersheds, since "karst water" components can give rise to sudden, high-intensity flooding when the karst is saturated. Pro ject ho lder PREDICT Services (34) Industr ia l par tners Synapse (34) – Ceneau (34) Research partners BRGM (34) – ARMINES, Ecole des Mines d’Alès (30) Tota l budget €2,203 K Co-funders DGCIS / OSEO – Languedoc-Roussillon Region Label l ing leader Pôle EAU (French Water Cluster with global reach) Co- labe l l ing Risks Cluster Year o f labe l l ing 2011 Strateg ic act ions of the Axis 2 - Collaborative management of resources and uses water c luster Transverse ax is - Players and decisions: institutional and social

approaches

KHRU


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Project LAGUMEM

FUI 1

1

Development of a new membrane f i l t rat ion process in sewage treatment lagoons for the wastewater recovery The LAGUMEM project proposes to develop membrane modules and a specific process allowing partial reuse of wastewater treated in surface-aerated basins "for irrigation of crops or landscaping" in compliance with the Decree of 2 August 2010, including by spraying. The original contribution of the LAGUMEM project is to incorporate membrane filtration in the lagoon mechanical aeration device. The offer targets rural communities, whose workforces have no particular qualifications, through a robust and economically attractive system for reuse of their wastewater. The LAGUMEM project also aims to:

• reduce uptake of locally available water resources, • reduce the flow of final discharge.

Pro ject ho lder L’eau Pure (34) Industr ia l par tner Orelis Environnement (30) Research partners LM2P2 – EPM – Aix-Marseille Université (13) Tota l budget €1,978 K Co-funders DGCIS / OSEO / FEDER – Languedoc-Roussillon Region Label l ing leader TRIMATEC Cluster Co- labe l l ing Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2010 Strateg ic act ion of the Axis 3 - Reuse of water of all sources water c luster

LAGUM

EM


Project MAISEO

FUI 1

4

Envi ronmental ly intensive corn and ef f ic ient regional water management Corn is a predominant culture in south-western France, which supplies regional agribusiness channels. This crop offers the largest yield per hectare but requires additional water in summer, a time when resources are limited. Maize production is endangered by prospects of global warming and water restrictions. The French National Plan for Climate Change Adaptation has set the goal of saving 20% of water abstracted by 2020. MAISEO will develop new agronomic solutions to maintain maize grain yield consuming 20% less water, and new information systems for water management and monitoring at the watershed in order to prevent crisis situations when demand is highest, and better meet the target minimum flow (DOE). Pro ject ho lder Vivadour (32) Industr ia l par tners Pioneer Génétique (31) – Geosys (31) – CACG (65) – Météo

France (31) Research partners CNES / CESBIO (31) – LAAS / CNRS (31) Tota l budget €4,160 K Co-funders FUI – Agence de l’Eau Adour-Garonne – Conseil Régional Midi-

Pyrénées – Conseil Général Hautes-Pyrénées – D2RT Label l ing leader AGRIMIP Co- labe l l ing Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2012 Strateg ic act ion of the Axis 2 - Collaborative management of resources and uses water c luster

MAISEO


Project Matrics

FUI 1

6

Informat ion and steer ing system for the management of networks. Development of a series of innovative tools to cover the various stages of the water treatment cycle: networks of raw water, drinking water and waste water. Integrating these tools into a global information system will give operators and clients a real-time overview of the networks, representing a major innovation in the field of steering support and of collaboration of participants in the water treatment cycle. The tool and its developed components can be programmed for a multitude of water networks, in France and abroad, and the associated services used by local authorities or network operators. The target market is vast and can encompass the almost 600 of cities with over a million inhabitants around the globe.

Pro ject ho lder Veolia Environnement Recherche & Innovation (78) Industr ia l partners Veolia EAU (34) – BRL Exploitation (30) - IBM France (34) – Egis Eau (34)

- YZATEC (31) Research partners SupAgro, Université Montpellier 2: laboratoire Hydroscience Montpellier

(UMR CNRS, IRD, UM1, UM2) and laboratoire IES (Institut d’Electronique Sud, UMR CNRS, UM2)

Tota l budget €4,300 K Co-funders DGCIS, Conseil Régional Languedoc-Roussillon, BPI LR, Conseil

Régional Midi-Pyrénées Label l ing leader Pôle EAU (French Water Cluster with global reach) Year of labe l l ing 2013 Strateg ic act ion of the Axis 2 - Collaborative management of resources and uses water c luster

Matrics


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eolia

Project METHANALYSE

Eco-

indus

tries

2012

The project is in context with energy recovery by methanization of effluents and organic waste. The industrial success of this sector, currently booming in France and Europe, relies in particular on the availability of appropriate steering tools. For instance, to optimize digester performance and anticipate malfunction, the volatile fatty acids, total alkali strength and ammonium are parameters to monitor very closely. However, to date no method to allows simultaneous online monitoring of these three parameters.

The project therefore aims to develop a multi-parameter online analyzer intended for methanizers, to provide operators with the data required for steer their facilities. The original contribution of this analyzer is to simultaneously monitor the three above parameters using fluorescence as sole detection method. In addition, a further innovation is the online separation of the different VFAs to determine their detailed composition.

Pro ject ho lder Envolure (34) Industr ia l par tner SERES Environnement (13) Research partner Laboratoire de Chimie de l’Environnement (Université Aix-Marseille)

(13) Tota l budget €1,400 K Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f Label l ing 2012 Strateg ic act ion of the Axis 3 - Reuse of water of all sources water c luster

Pôle EAU | Immeuble le MIBI | 672, rue du Mas de Verchant | 34000 MONTPELLIER Tèl. 04 34 88 34 45 | [email protected] | www.pole-eau.com

METHANALYSE

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Biodegradat ion of organic Micro-pol lutants in an innovat ive bio logical process Pro ject ho lder SEAKALIA S.A.S (13) Industr ia l par tner Occitane Environnement S.A.S (13) Research partner Aix-Marseille Université (LCE – M2P2) (13) Tota l budget 1 560 k€ Co-funder BPI France – 5ème AAP Eco-Industries Label l ing leader Pôle Eau Year o f Labe l l ing 2013 Strateg ic act ion of the Pr ior i ty 2 - Gestion concertée des ressources et des usages Water C luster Pr ior i ty 3 - Réutilisation des eaux de toutes origines

Micropol

FUI 1

1

Project NEOPHIL

New hydrophi l ic hol low f iber membranes for urban wastewater f i l ter ing and recycl ing The NEOPHIL project aims to design a new generation of hydrophilic hollow fiber membranes for filtering and recycling of urban wastewater. This new generation will be based on resistant polymers, whose permanent hydrophilic capabilities is achieved by permanently anchoring in the polymer matrix new block copolymers suited to this application. This new generation of membranes and the associated block copolymers will be produced (pre-industrial and industrial production) and tested in industrial quantities in this project: pilot unit tests with a minimum capacity of 20m3/h, i.e. the size of a community in France of approximately 3000 population equivalents.

Pro ject ho lder Polymem (31) Industr ia l par tners Arkema (92) – Veolia Environnement Recherche & Innovation

(Centre de Recherche Maisons-Laffitte) (78) Research partners CNRS, Institut Européen des Membranes (34) – CNRS, Ecole

Supérieure de Physique et Chimie Industrielles de la ville de Paris(75)

Tota l budget €3,860 K Co-funders DGCIS / OSEO – Midi-Pyrénées Region Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2010 Strateg ic act ion of the Axis 3 - Reuse of water of all sources water c luster

NEOPHIL


Project NOWMMA

Eco-

indus

tries

2011

New process for Opt imiz ing Wastewater Reuse f rom Mauguio to the Mediterranean Area in support of the French Reuse Direct ive The NOWMMA project is an R&D demonstrator project targeting reuse of treated wastewater in Mauguio and across the Mediterranean basin. The experimental development aims to offer:

• A technologically innovative outlet for reuse of wastewater;

• A product with a clearly delimited footprint: processing and distribution technologies, types of use, environmental and economic assessments, social acceptability. Guidelines for the outlet operation will be drafted in order to support decision-making;

• Answers to the demands of the Mauguio community (34) in terms of REUSE: irrigation of landscaping and crops (sprinklers, drip), road washing, vehicle wash;

• A demonstration pilot addressing control of risks inherent to reuse: risks to human health and plant health, technological risks.

• A set of products than can be quickly market ready: the environmental, technical, acceptability and finally economic assessments will serve to draw up a realistic business model;

• A scalable and adaptable model that can be exported to the entire Mediterranean basin. Pro ject ho lder Saur (78) Industr ia l par tners ApoH-Technologies (34) – BRL Ingénierie (30) – Bio-UV (34) –

FARMEX Technologies (34) – Perax (31) Research partners IRSTEA (Institut national de Recherche en Sciences et

Technologies pour l’Environnement et l’Agriculture) (34/13) – ARMINES, Ecole des Mines d’Alès (30) – LISBP (INSA Toulouse) (31)

Tota l budget €2,860 K Year o f labe l l ing 2010 Strateg ic act ions of the Axis 1 - Identification and mobilization of resources water c luster Axis 2 - Collaborative management of resources and uses Axis 3 - Reuse of water of all sources

NOW

MM

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ANR 2

010

Project PANACEE

Qual i ty contro l of aqueous hospita l ef f luents (oncology): assessment of tox ic i ty and eco-combinat ion of t reatment processes, on-si te val idat ion In hospital and pharmaceutical industry effluents, as well as in water treatment plants and, generally speaking, in the water, various pollutants have been identified: genotoxic agents (hydrocarbons), endocrine disruptors (cosmetic products) or plastics (Bisphenol A). Anti-cancer molecules, although less prevalent, represent a growing hazard. Anti-cancer substances administered to patients in large quantities are discharged in urine, and are only partially degraded and eliminated by purification plants. The known consequences of their presence in the environment range from allergy to cancer through loss of fertility, or even teratogenic effects in humans. The goals of the PANACEE project therefore involve:

• Assessing the presence of molecules used for cancer treatment in the effluents of the corresponding hospital services.

• Measuring the toxic effects of these effluents. • Developing a treatment process consisting of a combination of biological and physico-chemical

treatments (membrane bioreactor, adsorption / oxidation / nanofiltration). Pro ject ho lder Claire ALBASI, Laboratoire de Génie Chimique (UMR 5503) (31) Industr ia l par tner Polymem (31) Research partners CHU, Purpan Centre Hospitalier Universitaire (31) – ICR, Institut

Claudius Regaud (31) – LPTC, Institut des Sciences Moléculaires (ISM), Laboratoire de Physico et Toxico-Chimie de l’Environnement (33)

Tota l budget €2,360 K Co- labe l l ing Pôle EAU (French Water Cluster with global reach) and Cancer Bio Health center Year o f labe l l ing 2010 Strateg ic act ions of the Axis 2 - Collaborative management of resources and uses water c luster Axis 3 - Reuse of water of all sources

PANACEE


Project PEZH

Innov

ation

AEAG

Plat form for hydromorphological and socioeconomical evaluat ion of a l luv ia l va l ley wet lands This project aims to design a computer platform to test, assess, adjust and schedule actions and projects concerning wetlands within the alluvial valleys, by incorporating the environmental, economic and societal dimensions. PEZH will provide a hydromorphological simulator and a system for socio-economic assessment to deliver, for wetlands: 1/ Their mapping based on the hydrological function; 2/ a socio-economic evaluation based on the direct and reconstructed monetary values, and on non-monetary values; 3/ the multidisciplinary assessment of management or planning projects, and compensatory measures.

Pro ject ho lder Acceptables Avenirs, PME (31) Inst i tu t iona l partner SMEAG (Syndicat Mixte d’Etudes et d’Aménagement de la

Garonne) (31) Research partners Ecolab (31), IRIT (31) Tota l budget €317 K Funding Agence de l’eau Adour Garonne Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2013 Strateg ic act ions of the Axis 2 - Collaborative management of resources and uses water c luster Transverse ax is - Players and decisions: institutional and social

approaches

PEZH

FUI 1

2

Project SIRHYUS

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In format ion serv ice for the management of water resources and thei r uses This project aims to design, develop, and implement operational services for the management of continental freshwater resources, through integration, assimilation and mining of satellite data. The purpose is to be able to offer new commercial services based on acknowledged (scientific and industrial) expertise. During the course of this project, an overall value chain aimed at integrating and pooling environmental data from land and satellite sources will be built into a platform for integration and dissemination of services to users. At the scale of a basin, territory, region, State: • Quantify the amount of water and its uses at regular intervals, • Use indicators to assess the stresses on water quality and aquatic environments, • Help define strategies for the preservation and restoration of aquatic environments, • Quantify the impact of structuring planning (at the scale of watersheds) and assist in cooperative management and sharing of resources. Pro ject ho lder Veolia Environnement Recherche & Innovation (78) Industr ia l par tners Veolia Eau (94) – EDF / DPIH (38) – ACRI ST (06) – G2C

Environnement (13) Research partners CNES DSP / OT (75) – IRSTEA (ex CEMAGREF) UMR TETIS (34)

– CESBIO / UPS (31) Tota l budget €3,764 K Co-funders DGCIS / OSEO – PACA Region – FEDER LRO – Fondation STAE Label l ing leader Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2011 Strateg ic act ions of the Axis 1 - Identification and mobilization of resources water c luster Axis 2 - Collaborative management of resources and uses

SIRHYUS


Project TEMas

FUI 1

6

Ai rborne electromagnet ic sensor for mapping of underground aqui fers Development of an innovative electromagnetic sensor allowing multi-sensor acquisitions, capable of mapping underground aquifers (groundwater and karst) up to 200 meters deep. Pro ject ho lder Action Air Environnement – S.A.S. ACTION COMMUNICATION (83) Industr ia l par tners Brightloop (75) - Nerys (13) Research partners BRGM (45) –UMR 7619 SISPHE (75) Tota l budget €2,506 K Co-funder Conseil régional PACA (Provence Alpes Côtes d’Azur Regional

Council) Labe l l ing leader Pégase cluster Co- labe l l ing Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2013 Strateg ic act ions of the Axis 1 - Identification and mobilization of resources water c luster Axis 2 - Collaborative management of resources and uses

TEMas

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FUI 1

4

Project ZHART

Art i f ic ia l wet lands The ZHART project aims to develop and industrialize the planning of planted discharge areas (ZRV) at the output of sewage stations (STEP) so that they can operate as a true artificial wetland (ZHART), i.e. provide safeguards for complementary treatment on micropollutants and creation of biodiversity through the provision of water. The ZHART developed in this project is distinguished from a ZRV in that it is designed with quantifiable functions on three points: hydraulic regulation, reduction of micropollutants and ecological benefit. It is a true finishing step in the wastewater treatment process and, in the long term, could lead to future regulations requiring discharge into the ZHART prior to the environment. Eventually, one of the ambitions of the project partners is to make ZHART eligible for funding from supervisory agencies (water board, general council, etc.), which would facilitate access to local authority projects. Pro ject ho lder Groupe Suez Environnement (78) Industr ia l par tners Lyonnaise des Eaux (75) – Nymphea (30) – Eurofins IPL

Environnement (30) – Rive (37) Research partners Université de Tours (37) – UMR CNRS, Laboratoire CITERES

(Centre Interdisciplinaire CItés, TERritoires, Environnement, Sociétés) (37) – LERES (Laboratoire d’Etude et de Recherche en Environnement et Santé) (30) – EHESP (Ecole des Hautes Etudes en Santé Publique) (30)

Tota l budget €2,175 K Label l ing leader DREAM Co- labe l l ing Pôle EAU (French Water Cluster with global reach) Year o f labe l l ing 2012 Strateg ic act ions of the Axis 2 - Collaborative management of resources and uses water c luster Transverse ax is - Players and decisions: institutional and social

approaches

ZHART


Pôle EAU World Compe++veness Water Cluster Immeuble le MIBI | 672, rue du Mas de Verchant | 34000 Montpellier !

Tél : 04 34 88 34 43 | Fax : 04 34 88 34 49 | E-mail : [email protected]!Association loi 1901 | SIRET : 527.763.445.00022 | APE : 9499Z!

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