CONFERENCE PROGRAMME - AquaConSoil...Thank you for submitting so many abstracts with proposals for exciting special sessions, and interesting and inspiring oral and poster presentations

14th International Conference on

Sustainable Use and Management of Soil, Sediment and Water Resources

26–30 June 2017 • Lyon • France

CONFERENCE PROGRAMME

AquaConSoilLyon 2017

The printing of this booklet is supported by the Auvergne-Rhône-Alpes Region

Ministry of Ecological

and inclusivE transition

Time/ Room

Auditorium Lumière

Salon Roseraie 1+2 Salle St. Claire 3 Salle Rhône 1 Salle Rhône 2 Salle Rhône 3A Salle Rhône 3B Special events

12:00–17:00Pre-conference

courses

18:00–19:00Get Together

welcome reception

09:00–10:30

Opening session Welcome

Keynote lectures

10:30–11:00

11:00–12:30

5a.1 SpS: Prioritisation strategies for regional brownfield redevelopment

3a.1:Advances in biological reductive dechlorination

1a.1:Adaptive monitoring based on real time data, model driven

4b.3:Sustainability appraisal of remediation technologies and strategies

6a.2:Ecosystems Services based subsurface management

2a.1:Human health risk assessment

12:30–14:00

14:00–15:30

4b.1 SpS:Rehabilitating brown-fields in emerging economies for renewable energy a.o. selfsustaining re-use

3b.3:Immobilization techniques

1b.2:On-site & In-situ characterization – Real-time monitoring

4b.2 SpS:Making sustainable remediation real: hands-on sustainability ass.

5b.1:Recovery of nutrients and other valuable resources

2b.3:Ecological Risk Assessment and Modelling

15:30–16:00

16:00–17:30

4c.1 SpS:Environmental Due Diligence – Best practice sharing and improving consistent approach

3g.2:Case studies of combining technologies application

1d.3:Integrated methods in assesment and monitoring

4b.4:Socio-economic appraisal of remediation technologies and strategies

6a.4:Subsurface engineering to optimize diverse use options

2c.1:Risk assessment emerging pollutant and multi-compounds

17:30–18:30 Poster Social

09:00–10:30

6a.3 SpS:Groundwater energy storage: policies, integrated technologies and management

3b.1:In situ chemical oxidation (ISCO) I

1c.1:Monitoring microbial degradation processes

3e.1:Nano-remediation: from lab investigation to field application

4c.2:Managing large scale industrial pollution

Matchmaking event (Roseraie 3)

10:30–11:00

11:00–12:30

2d.1:Risks related to surface & subsurface energy systems

3b.2:In situ chemical oxidation (ISCO) II

1b.1:Passive Samplers & Passive Flux Samplers

3e.2:Advances and future perspectives of nanoremediation

5c.1 SpS:Bench-marking of excavated soil reuse management in Europe

Matchmaking event

(Roseraie 3)

12:30–14:00

14:00–15:30

2b.5 SpS:Improved decision making for contaminated land site investigation and risk assessment

3a.2:Pilot and Field Scale biological reductive dechlorination

1e.1:Groundwater-soil-sediment-surface water interaction I

3d.1:Phytoremediation of heavy metal-polluted soils and sediments

5c.2 SpS:WaterNexus: saline and used water as an indispensable resource in delta areas

Matchmaking event

(Roseraie 3)

15:30–16:00

16:00–17:30

2c.2 SpS:Emerging issues with PFAS risk assessment workshop

3g.3:Combined technologies for chlorinated hydrocarbons

1e.2:Groundwater-soil-sediment-surface water interaction II

3d.2:Phyto-remediation of complex pollutant mixtures

6c.2:Assessment of sustainable use of the subsurface resources

Matchmaking event

(Roseraie 3)

9:00–10:30

6a.1 SpS:INSPIRATION – Linking Europeans’ Strategic Research Agenda on Spatial Planning and Land Use

3a.3:Bioremediation of contaminants of emerging concern

1d.1:Geophysical and geostatistic methods in site characterisation

3c.3 SpS:Geophysical monitoring of optimized DNAPL extraction techniques

5a.2:Brownfield regeneration

2b.1:Bioavailability assessment of PAHs and heavy metals

10:30–11:00

11:00–12:30

4a.3:Remediation goals and strategies; technical aspects

3a.4:Bioremediation of aliphatic/aromatic hydrocarbons and fuel-additives

1d.4:Integrated methods in assesment and monitoring II

3c.1:Physical and Thermal technologies for site remediation

5c.3:Reuse and upgrading of water and soil products I

2b.2:Bioavailability and bioindicators

12:30–14:00

14:00–15:30

4a.4:Remediation goals and strategies; heavy metals and radioactivity

3g.1:Combining chemical oxidation with other technologies

6c.1:Spatial assessment of soil and water quality using big data and GIS

3c.2:Thermal technologies for site remediation

5c.4:Reuse and upgrading of soil and sediment products II

1c.2:Monitoring contaminant effects on subsurface biology

15:30–16:00

16:00–17:30

4a.5:Remediation goals and strategies; administrative approaches

3b.4:In situ and ex situ chemical reduction techniques

1d.2:Biological and geochemical indicators in site assessment and MNA

4a.1 SpS:Implementing treatment techno-logies & innovative remediation USEPA Superfund Program

5a.3:Regeneration of brownfields and agronomy

2b.4 SpS:Bioavailability vs. reactivity of organic pollutants in soils and sediments

19:30-00:00 Conference Dinner

09:00–10:30

4a.2 SpS:Case study: development and regulatory approval of mass discharge remedial target for MTBE

3b.5 SpS:Silphes project: remediating chlorinated solvents

4c.3:Strategies for managing large scale pollution

3h.1:Other technologies

6b.1:Water and subsurface management in the context of climate change

1c.3:Isotope analysis based Monitoring

10:30–11:00

11:00–12:00

Closing Session Plenary presentation,

future outlook Poster awards

start 12:30

TUESDAY, 27 June

MONDAY, 26 June

PRELIMINARY CONFERENCE PROGRAMME AquaConSoil 2017 in Lyon | 26–30 June 2017

Lunch

Excursions

Lunch

Coffee break

Lunch

Coffee break

Coffee break

Coffee break

Coffee break

Coffee break

Coffee break

FRIDAY, 30 June

THURSDAY, 29 June

WEDNESDAY, 28 June

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CONTENTSGreeting ..................................................................................................................................................................................................... 2

Welcome to AquaConSoil 2017! ....................................................................................................................................................... 3

Sessions at-a-glance with day, time and lecture hall ................................................................................................................. 4

Highlights at-a-glance | Plenary Sessions .................................................................................................................................... 8

AquaConSoil 2017 Programme .......................................................................................................................................................... 9

Tuesday • 27 June ................................................................................................................................................................................... 9

Wednesday • 28 June ............................................................................................................................................................................ 14

Thursday • 29 June ................................................................................................................................................................................ 21

Friday • 30 June ....................................................................................................................................................................................... 28

Technical Tours on Friday, 30 June 2017 ......................................................................................................................................... 32

Exhibitors ................................................................................................................................................................................................... 34

General Information .............................................................................................................................................................................. 45

Matchmaking ........................................................................................................................................................................................... 46

Events ......................................................................................................................................................................................................... 47

Sponsors .................................................................................................................................................................................................... 48

Sudoku ....................................................................................................................................................................................................... 56

Imprint ....................................................................................................................................................................................................... 57

Room Plan ................................................................................................................................................................................................. 58

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Experience the ‘French touch’ on research and development of innovative solutions – whether technological, natural or social science based, let’s contribute to a sustainable environment in the face of global change here in Lyon!

Lyon is the ideal location to host the AquaConSoil 2017 congress. Not chosen by chance, several criteria were taken into consid-eration, such as the industrial past of the area, the scientific excellence of Lyon University, and Grand Lyon’s commitment to contaminated land and water management. The French consor-tium linked to the organizing committee gathers several members of AllEnvi alliance and two scientific interest groups -GISFI in Nancy and GIS EEDEMS in Lyon- dedicated to brownfield manage-ment and environmental assessment, as well as the competitive clusters AXELERA and INDURA, involved in environmental sectors and infrastructure. The number and variety of sponsors is also an indicator of the strong interest and proudness of hosting such an event in France: ranging from industries to public agencies such as ADEME, Agence Française pour la Biodiversité (AFB) and the Ministry of Ecological and Inclusive Transition.

In a context of global change, societies are facing challenging environmental issues, such as water and soil preservation. Innova-tive solutions, not only technological, but also those that consider human, social and economic sciences have to be developed and implemented in order to address these issues and ensure a social and sustainable territorial development. A circular economy approach cannot only be applied to waste, given the limited raw material resources and environmental issues, but also to soil, sediments and of course water. New solutions still need to be developed that enhance the role of soil and the subsurface in the process of treatment and storage for water preservation. In addition, urban areas are increasing around the world, creating

Greeting

strong competition for land use. Brownfields in urban and peri-urban areas are industrial prints of the past, often abandoned, disseminated as patches within urban territories. Restoring the use of such untapped spaces is a crucial but complex process involving many stakeholders. Grand Lyon and the Auvergne-Rhône-Alpes Region have been working together for several years to improve, hand-in-hand with their partners, the performance of brownfield management and requalification.

The French consortium involved in the preparation of this confer-ence is convinced that AquaConSoil is not just about connecting people – from scientists to policy makers and industry, but that it will also provide the opportunity to build new networks, part-nerships and bring new ideas and concepts based on exchange amongst participants and across borders.

France is a pioneer in the domain of water resource management, with the development of water basin management schemes and its worldwide leading companies in the field of water treatment, water supply and remediation. France was one of the first European countries to carry out an inventory of contaminated lands (1978) in order to keep track of site activities, to determine industrial activities and assess potential human health and environmental risk from pollution, to select sites to be treated according to land use and acceptable risks. Databases of such sites have been developed in order to set up priorities in terms of remediation actions (BASIAS -industrial sites and service activities), and BASOL (contaminated land (sites and soils)). A new database is also being developed concerning the geochemical quality of urban soil. All these tools with specific guidelines are developed and frequently upgraded taking into consideration experience feedback and scientific advances. These databases hold important information to be used in the development of new services regarding land-use planning and management. In addition, scientific research in the environmental field, ranging from diagnosis, process behavior to remediation and management solutions, are particularly well developed and renowned in France, carried out by research insti-tutions, universities and companies. New solutions are tested, developed and implemented to meet water and soil issues under global change around the world.

I wish a warm welcome to all delegates in Lyon, and enjoy AquaConSoil 2017!

Nathalie Dörfliger

Head of the Water, Environment & Ecotechnologies Division BRGMOn behalf of the French Consortium for AquaConSoil 2017

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AquaConSoil provides several platforms for further interaction and publication of presented works from science and practice during and after the conference. Authors of scientific lectures have the opportunity to publish their work in a special Aqua-ConSoil issue of Science of the Total Environment. The online Conference Proceedings are the platform for papers related to all presentations at AquaConSoil2017. And last but not least, the AquaConSoil LinkedIn group is open to everyone in the network to share announcements, polls, news and job opportunities.

It has been a pleasure to cooperate with such a strong and well organised local consortium with partners from the fields of science, business and policy making. We therefore wish to express our gratitude to the French hosting consortium under the lead of BRGM. They have provided support to the conference in many ways such as input for the thematic focus of the confer-ence, organizing special sessions and developing an interesting excursion program. The Organizing Committee, with members from Axelera, BRGM, F&U confirm and Deltares, has been working really hard on the practical organization of this confer-ence. Besides the formal organizing committee, many others have done tremendous work behind the scenes. As a result of their work, we can offer you this AquaConSoil2017 conference program.

We wish you an inspiring week in Lyon!

Dear participants,

Welcome to AquaConSoil!

Thank you for submitting so many abstracts with proposals for exciting special sessions, and interesting and inspiring oral and poster presentations. The abstracts reflect beyond state-of-the-art in science, policy making and practice in the field of sustainable use and management of soil, sediment and water resources. We are grateful to the members of the Program Committee who selected the best proposals for special sessions, oral presentations and poster presentations and who developed a well-balanced program.

The AquaConSoil program will offer regular Thematic Lecture Sessions with oral presentations and Special Sessions that offer a more interactive program. Posters are presented during the entire week and during the Poster Social event on Tuesday. We invite you to take the opportunity to meet the authors of posters during this event where often the newest ideas are being put forward. Consultancy firms, research institutes, technology providers and other organizations demonstrate their expertise and tools at the exhibition, which is also the place to be for coffee and a delicious French lunch. After its successful intro-duction in Copenhagen, the Matchmaking Event will again be held, and this time on Wednesday. It enables participants to easily find and meet with new partners in business, policy and science. The Conference Dinner Party on Thursday evening will provide a different atmosphere to meet with old and new friends while enjoying French cuisine and lovely wines. Local research organizations, companies and governmental organizations offer a variety of excursions on Friday afternoon.

Prof. Dr. ir. Huub RijnaartsDeltares | Professor Environ-ment and Water Technology Wageningen University

Sophie MoinierDeltares

Conference Chairman: Conference Organizers:

Suzanne van der MeulenDeltares

Welcome to AquaConSoil 2017!

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Sessions at-a-glance

THEMATIC SESSIONS (ThS) and SPECIAL SESSIONS (SpS)

1. Assessment and monitoring of soil, water and sediment quality

1a.1 ThS Adaptive monitoring based on real time data, model driven: Tue 11:00–12:30 h | Salle Rhône 1

1b.1 ThS Passive samplers & passive flux Samplers: Wed 11:00–12:30 h | Salle Rhône 1

1b.2 ThS On-site & in-situ characterization – Real-time monitoring: Tue 14:00–15:30 h | Salle Rhône 1

1c.1 ThS Monitoring microbial degradation processes: Wed 9:00–10:30 h | Salle Rhône 1

1c.2 ThS Monitoring contaminant effects on subsurface biology: Thu 14:00–15:30 h | Salle Rhône 3B

1c.3 ThS Isotope analysis based monitoring: Fri 9:00–10:30 h | Salle Rhône 3B

1d.1 ThS Geophysical and geostatistic methods in site characterisation: Thu 9:00–10:30 h | Salle Rhône 1

1d.2 ThS Biological and geochemical indicators in site assessment and MNA: Thu 16:00–17:30 h | Salle Rhône 1

1d.3 ThS Integrated methods in assessment and monitoring I: Tue 16:00–17:30 h | Salle Rhône 1

1d.4 ThS Integrated methods in assessment and monitoring II: Thu 11:00–12:30 h | Salle Rhône 1

1e.1 ThS Groundwater-soil-sediment-surface water interaction I: Wed 14:00–15:30 h | Salle Rhône 1

1e.2 ThS Groundwater-soil-sediment-surface water interaction II: Wed 16:00–17:30 h | Salle Rhône 1

2. Risk assessment

2a.1 ThS Human health risk assessment: Tue 11:00–12:30 h | Salle Rhône 3B

2b.1 ThS Bioavailability assessment of PAHs and heavy metals: Thu 9:00–10:30 h | Salle Rhône 3B

2b.2 ThS Bioavailability and bioindicators: Thu 11:00–12:30 h | Salle Rhône 3B

2b.3 ThS Ecological Risk Assessment and Modelling: Tue 14:00–15:30 h | Salle Rhône 3B

2b.4 SpS Bioavailability vs. reactivity of organic pollutants in soils and sediments: Thu 16:00–17:30 h | Salle Rhône 3B

2b.5 SpS Improved decision making for contaminated land site investigation and risk as-sessment: Wed 14:00–15:30 h | Salon Roseraie 1+2

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2c.1 ThS Risk assessment emerging pollutant and multi-compounds: Tue 16:00–17:30 h | Salle Rhône 3B

2c.2 SpS Emerging issues with PFAS risk assessment workshop: Wed 16:00–17:30 h | Salon Roseraie 1+2

2d.1 ThS Risks related to surface & subsurface energy systems: Wed 11:00–12:30 h | Salon Roseraie 1+2

3. Advances in remediation technologies

3a.1 ThS Advances in biological reductive dechlorination: Tue 11:00–12:30 h | Salle St. Clair 3

3a.2 ThS Pilot and field scale biological reductive dechlorination: Wed 14:00–15:30 h | Salle St. Clair 3

3a.3 ThS Bioremediation of contaminants of emerging concern: Thu 9:00–10:30 h | Salle St. Clair 3

3a.4 ThS Bioremediation of aliphatic/aromatic hydrocarbons and fuel-additives: Thu 11:00–12:30 h | Salle St. Clair 3

3b.1 ThS In situ chemical oxidation (ISCO) I: Wed 9:00–10:30 h | Salle St. Clair 3

3b.2 ThS In situ chemical oxidation (ISCO) II: Wed 11:00–12:30 h | Salle St. Clair 3

3b.3 ThS Immobilization techniques: Tue 14:00–15:30 h | Salle St. Clair 3

3b.4 ThS In situ and ex situ chemical reduction techniques: Thu 16:00–17:30 h | Salle St. Clair 3

3b.5 SpS Free session – Silphes project: Fri 9:00–10:30 h | Salle St. Clair 3

3c.1 ThS Physical and Thermal technologies for site remediation: Thu 11:00–12:30 h | Salle Rhône 2

3c.2 ThS Thermal technologies for site remediation: Thu 14:00–15:30 h | Salle Rhône 2

3c.3 SpS Geophysical monitoring of optimized DNAPL extraction techniques: Thu 9:00–10:30 h | Salle Rhône 2

3d.1 ThS Phytoremediation of heavy metal-polluted soils and sediments: Wed 14:00–15:30 h | Salle Rhône 2

3d.2 ThS Phytoremediation of complex pollutant mixtures: Wed 16:00–17:30 h | Salle Rhône 2

3e.1 ThS Nanoremediation: from lab investigation to field application: Wed 9:00–10:30 h | Salle Rhône 2

3e.2 ThS The NanoRem project: Wed 11:00–12:30 h | Salle Rhône 2

3g.1 ThS Combining chemical oxidation with other technologies: Thu 14:00–15:30 h | Salle St. Clair 3

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3g.2 ThS Case studies of combining technologies application: Tue 16:00–17:30 h | Salle St. Clair 3

3g.3 ThS Combined technologies for chlorinated hydrocarbons: Wed 16:00–17:30 h | Salle St. Clair 3

3h.1 ThS Other technologies: Fri 9:00–10:30 h | Salle Rhône 2

4. Strategies and policy for pollution management and remediation

4a.1 SpS Implementation of treatment technologies and innovative remediation practices in the USEPA Superfund Program: Thu 16:00–17:30 h | Salle Rhône 2

4a.2 SpS A case study on the development and regulatory approval of a mass discharge remedial target for MTBE at a fuel release site: Fri 9:00–10:30 h | Salon Roseraie 1+2

4a.3 ThS Remediation goals and strategies; technical aspects: Thu 11:00–12:30 h | Salon Roseraie 1+2

4a.4 ThS Remediation goals and strategies; heavy metals and radioactivity: Thu 14:00–15:30 h | Salon Roseraie 1+2

4a.5 ThS Remediation goals and strategies; administrative approaches: Thu 16:00–17:30 h | Salon Roseraie 1+2

4b.1 SpS Exploring Opportunities for rehabilitating brownfield land in emerging economies for renewable energy and other self-sustaining re-use strategies: Tue 14:00–15:30 h | Salon Roseraie 1+2

4b.2 SpS Making sustainable remediation real: A hands-on sustainability assessment: Tue 14:00–15:30 h | Salle Rhône 2

4b.3 ThS Sustainability appraisal of remediation technologies and strategies: Tue 11:00–12:30 h | Salle Rhône 2

4b.4 ThS Socio-economic appraisal of remediation technologies and strategies: Tue 16:00–17:30 h | Salle Rhône 2

4c.1 SpS Environmental Due Diligence – Best practice sharing and improving consistent ap-proach: Tue 16:00–17:30 h | Salon Roseraie 1+2

4c.2 ThS Managing large scale industrial pollution: Wed 9:00–10:30 h | Salle Rhône 3A

4c.3 ThS Strategies for managing large scale pollution: Fri 9:00–10:30 h | Salle Rhône 1

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5. Reuse and upgrading of land, water and sediment in the circular economy

5a.1 SpS Prioritisation strategies for regional brownfield redevelopment: Perspectives & feedback on existing tools and approaches: Tue 11:00–12:30 h | Salon Roseraie 1+2

5a.2 ThS Brownfield regeneration: Thu 9:00–10:30 h | Salle Rhône 3A

5a.3 ThS Regeneration of brownfields and agronomy: Thu 16:00–17:30 h | Salle Rhône 3A

5b.1 ThS Recovery of nutrients and other valuable resources: Tue 14:00–15:30 h | Salle Rhône 3A

5c.1 SpS Benchmarking of Excavated Soil Reuse Management in Europe: Wed 11:00–12:30 h | Salle Rhône 3A

5c.2 SpS Water self-sufficiency in large scale industrialized areas: Wed 14:00–15:30 h | Salle Rhône 3A

5c.3 ThS Reuse and upgrading of water and soil products I: Thu 11:00–12:30 h | Salle Rhône 3A

5c.4 ThS Reuse and upgrading of soil and sediment products II: Thu 14:00–15:30 h | Salle Rhône 3A

6. Sustainable use & spatial planning of the subsurface

6a.1 SpS INSPIRATION – Linking Europeans’ Strategic Research Agenda on Spatial Planning and Land Use Management with AquaConSoil themes: Thu 9:00–10:30 h | Salon Roseraie 1+2

6a.2 ThS Ecosystems Services based subsurface management: Tue 11:00–12:30 h | Salle Rhône 3A

6a.3 SpS Groundwater energy storage: policies, integrated technologies and management: Wed 9:00–10:30 h | Salon Roseraie 1+2

6a.4 ThS Subsurface engineering to optimize diverse use options: Tue 16:00–17:30 h | Salle Rhône 3A

6b.1 ThS Water and Subsurface management in the context of climate change: Fri 9:00–10:30 h | Salle Rhône 3A

6c.1 ThS Spatial assessment of soil and water quality using big data and GIS: Thu 14:00–15:30 h | Salle Rhône 1

6c.2 ThS Assessment of sustainable use of the subsurface resources: Wed 16:00–17:30 h | Salle Rhône 3A

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Highlights at-a-glance

Plenary Sessions (Auditorium Lumière)

Tuesday, 27 June, 9:00–10:30 h, Auditorium Lumière

Soil, Sediment and (Ground) Water Resources: Integrating Science and Technology in System Based SolutionsChair: Hanneke van der Klis (director unit Soil and Groundwater Del-tares)

• Welcome by Huub Rijnaarts (Chair AquaConSoil) & Nathalie Dörfliger (head local hosting consortium)

• Key note lecture: Developments in soil- water- sediment qual-ity management, scientific challenges facing policy and societal needs by Pierre Toulhoat (BRGM scientific director and deputy general director)

• Major developments in European policy, research priorities and research infrastructure. Luca Montanarella (DG Environment), Stephan Bartke (UBA, Inspiration research agenda), Adrian Stanica (DANUBIUS RI: Danube International Centre for Ad-vanced Studies for River- Delta- Sea Systems Research Infra-structure)

Friday, 30 June, 11:00–12:00 h, Auditorium Lumière

Soil, Sediment and Groundwater beyond 2020Chair: Huub Rijnaarts

• Poster awards• Conference highlights, breaking news and interactive discussion

on future priorities. Moderated by Linda Maring and Wouter Gevaerts

• Future outlook for soil, sediment and water management

Plenary Sessions

Get Together Reception

Monday, 26 June, 18.00–19.00 h, Conference Venue, Exhibition Hall

Registration

Registration on Monday at the Conference Venue: 17.00–19.00 h

Registration on Tuesday starts at 8:00 h.

Thematic Sessions and Special Sessions

Tuesday, 27 June – Friday, 30 June, Conference Venue

For details on thematic sessions (ThS) and on the special sessions (SpS), please see pages 4 (overview) and 9 (detailed programme).

Poster Social

Tuesday, 27 June, 17:30-18:30 h

Use this opportunity to discuss this great variety of interesting posters with poster authors and enjoy a drink!

Matchmaking

Wednesday, 28 June 2017, Conference Centre, Roseraie 3 | all confer-ence day, please see page 46.

Conference Dinner

Thursday, 29 June 2017, 20:00 h | entrance from 19:30 h | EUR 60.00

Address: Le Selcius, 43 Quai Rambaud, 69002 Lyon

quarter Confluence | www.selcius.fr

Technical Tours

Friday, 30 June, in parallel, 15 €, start: 12:30 h, end: approx. 17:30 h Start & end at the conference venue. For details, please see p 32.

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Programme Tuesday, 27 June

Tuesday | 27 June | 11:00–12:30

Salon Roseraie 1+2

SpS 5a.1Prioritisation strategies for regional brownfield redevelopment: Perspectives & Feedback on existing tools and approachesChair: Stephan Bartke

Organizers: Elsa Limasset¹; Stephan Bartke²; Corinne Merly¹; Blan-dine Clozel¹; Sonia Doisy³; Anne Dubromel⁴; Lisa Pizzol⁵; Stanislav Martinát⁶; Petr Klusáček⁶1BRGM (FR); 2UFZ & UBA; 3DREAL ACAL; ⁴Conseil régional Au-vergne-Rhône-Alpes; ⁵University Ca’ Foscari Venice; ⁶Institute of Geonics Brno

The ability for a prioritization and targeted selection of brown-fields is increasingly understood as being critical for regional development. Several European companies, communities and regions have built brownfield registers to steer brownfield invest-ments. Having different brownfield redevelopment options, a proper selection of most promising sites is a pre-requisite to ef-ficiently allocate the limited financial resources. Authorities are in need of strategies and tools to screen wide areas with a large number of brownfields to identify locations with best potentials for redevelopment.

So far, only a few tools have been developed to support “regional brownfield prioritization” strategies. These are mainly spatial deci-sion support tools based on multi-criteria analysis (MCA). Note-worthy is the Timbre Brownfield Prioritization Tool (TBPT), a freely available web-based tool assisting stakeholders in prioritizing brownfields. It was developed under the FP7 R&I project TIMBRE.

A similar prioritization tool relying on a MCA is being developed and tested for the French Alsace Regional authority. This tool is required as part of a regional strategy to encourage transpar-ent decision-making process in sites prioritization and selection, especially for those where groundwater is potentially contami-nated and would benefit from state funding for remediation. The Auvergne-Rhone Alpes region, through its regional brownfield initiative called “ID Friche”, is developing an approach to provide tools to inform decision makers in how to improve efficiency of brownfields redevelopment.

The aims of this session are to share knowledge and experience on regional prioritization approaches and to discuss lessons learned on best ways to develop prioritization tools by avoiding challenges identified in previous projects and utilizing potentials of innovative approaches already developed.

The session, facilitated by Stephan Bartke (UBA & UFZ ), will con-sist of three parts:

Part 1 – Introduction and Background (15 min)

S. Bartke, PhD (UBA & UFZ, DE): Objective: Understanding the chal-lenges and opportunities for regional brownfield prioritization

L. Pizzol, PhD (UNIVE and GD, IT): Setting the scene: Status-quo of risk-based approaches for brownfields prioritization at regional scale

Part 2 – Examples of Recent Prioritization Approaches (30 min)

P. Klusáček, PhD (IoG, CZ): Challenges and obstacles in transdisci-plinary research: The TIMBRE Brownfield Prioritization Tool’s ap-plication in 5 countries

E. Limasset (BRGM, FR): Development of a brownfield prioritiza-tion tool for the French Alsacian local authority based on avail-able data

C. Merly (BRGM, FR): Co-Design of a brownfield prioritization ap-proach for the French Auvergne Rhône Alpes Regional Council from a stakeholders’ needs perspective

Part 3 – World Café – Exchange on Improving Prioritization Tools (45 min)

Participants will discuss in separate groups for 3 slots of 10 min-utes on expectations, experiences, opportunities and concerns related to effective regional brownfield prioritization strategies and tools.

Topics, from which participants choose, will include:

o End-user needs and orientation o Data availability and qualityo Effective stakeholder engagemento Understanding drivers of regeneration successo Financing and application costs for toolso …

The session will close with a 2-min report from report from each table back to the plenum.

Salle St. Clair 3

ThS 3a.1Advances in biological reductive dechlorinationChair: Nora Sutton

Impact of Magnetite Nanoparticles on the Syntrophic Dechlorina-tion of 1,2-DichloroethanePatrícia Leitão1; Federico Aulenta2; Simona Rossetti2; Henri Nou-ws3; Anthony Danko11Universidade do Porto Faculdade de Engenharia (PT); 2IRSA; 3ISEP

Characterization of a Dehalobacterium-containing enrichment culture fermenting high concentrations of dichloromethane un-der reducing conditions: microbial composition, isotope analysis and potential inhibitory effect of co-contaminantsAlba Trueba-Santiso¹; Eloi Parladé¹; Mònica Rosell²; Marc Lliros¹; Siti Hatijah¹; Maira Martínez-Alonso¹; Nuria Gaju¹; Lucía Martín-González¹; Teresa Vicent¹; Ernest Marco-Urrea¹1Universitat Autònoma de Barcelona (ES); 2Universitat de Barcelona

Molecular tools for assessment of thermally enhanced bioreme-diation of TCE – bench scale testing Petra Najmanova¹; Jana Steinova²; Marie Czinnerova²; Jan Nem-ecek³; Vladislav Knytl¹; Martin Halecky⁴1DEKONTA, a.s. (CZ); 2Technical University in Liberec; 3ENACON s.r.o.; ⁴University of Chemistry and Technology Prague

Tools and concepts for quantifying in situ degradation rates of chlorinated solventsAdrian Alexander Schiefler¹, Trine Skov Jepsen¹, Katerina Tsitona-ki¹; Liselotte Clausen²; Rasmus Jakobsen³; Christian Nyrop Albers³; Anders Johansen⁴; Mette Broholm⁵; Ida Damgaard⁶; Henriette Kerrn-Jespersen⁶; Nina Tuxen⁶1Orbicon A/S (DK); 2Krüger A/S; 3GEUS; ⁴Aarhus University; ⁵DTU Environment; ⁶Capital Region of Denmark

Remediating 1,2-Dichloropropane Contaminated Groundwater in Low-Permeability Media using Micro-scale ZVI and Organic Carbon AmendmentAlberto Leombruni1, Mike Mueller21Peroxychem, 2Peroxychem (AT)

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Salle Rhône 1

ThS 1a.1 Adaptive monitoring based on real time data, model drivenChair: Frederic Coulon

Using 3D Modelling to Choose Among Several Conceptual Models at a Site Contaminated by Chlorinated SolventsOlivier Atteia1; Clement Portois1; Nathalie Guiserix21ENSEGID; 2RENAULT (FR)

Evaluating vis-NIR reflectance spectroscopy sensitivity to weath-ering for enhanced assessment of oil contaminated soilsReward Douglas; Said Nawar; Frederic Coulon; Abdul MouazenCranfield University (UK)

Analyzing Groundwater Quality Data and Contamination Plumes with GWSDATWayne Jones; Matthijs BonteShell International Petroleum Co. Ltd (NL)

Use of Adaptive Management Investigation Techniques for the Refinement of Landfill Waste Volumes Required for RemediationLaurence Rebenne; James Day; Philippe MenoudCH2M (FR)

Salle Rhône 2

ThS 4b.3Sustainability appraisal of remediation technologies and strategiesChair: Jörg Frauenstein

Sustainable Remediation in BrazilJoyce Rodrigues da Cruz; Olivier Maurer; James Henderson; Car-los Henrique AraújoCH2M (BR)

Current Status of Green and Sustainable Remediation in JAPAN – An Approach of SuRF-JAPANTetsuo Yasutaka; Yasuhide Furukawa; Makoto Nakashima; Ming Zhang; Hisaichi Suzuki; Toichiro Maekawa; Takaaki Nishihara; Naoyoshi Yokoyama; Tetsuro Sato; Toshihiro Haramoto; Hiromi Suyama; Masafumi funakawaNational Institute of Advanced Industrial Science and Technology (JP)

Comparison of international approaches to sustainable remedia-tion across Europe, The Americas and AustralasiaPaul Bardos¹; Erika Rizzo; Lisa Pizzol; Andy Cundy; Nicola Harries21University of Brighton, Brighton, r3 Environmental Technology Ltd.; 2CL:AIRE (UK)

Comparison of approaches for assessing sustainable remediation of contaminated sites Gitte Lemming Søndergaard; Philip J. Binning; Poul L. BjergTechnical University of Denmark (DK)

Is sustainable remediation storing up environmental problems for the future?Matthew PannettRamboll Environ (UK)

Salle Rhône 3A

ThS 6a.2Ecosystems Services based subsurface managementChair: Jennifer Hellal

Towards societal benefits by soil servicesMargot de Cleen; N.J. MolenaarMinistry of Infrastructure and the Environment (NL)

Ecosystem benefits generated by environmental interventions: a case study Giorgia Quadri; Alessia Cavalli; Elisa Bizzotto; Fabio ColomboRamboll (IT)

The role of urban soil ecosystems as the basis for healthy urban gardeningLiesbet Dirven van Breemen; Dieneke Schram; Ton Breure; Frank Swartjes; Piet OtteNational Institute for Public Health and the Environment (RIVM) (NL)

The Protection Value of the Soil EcosystemPär-Erik Back¹; Sofie Hermansson¹; Lars Rosén²; Yevheniya Volch-ko²; Karin Wiberg³; Malin Fransson⁴; Anja Enell¹1Swedish Geotechnical Institute (SE); 2Chalmers University of Technology; 3Swedish University of Agricultural Sciences; ⁴Swed-ish Transport Administration

Paving the path with soil functions for developing tools to sus-tainable soil managementMichiel Rutgers; Liesbet Dirven-van Breemen; Ton Schouten; Ton Breure; Rachel CreamerNational Institute for Public Health and the Environment (RIVM) (NL)

Salle Rhône 3B

ThS 2a.1Human health risk assessmentChair: Huub Rijnaarts

Geostatistical mapping of health risks to improve decision mak-ing when regenerating contaminated sites (CARTORISK project)Claire Faucheux¹; Hélène Demougeot-Renard²; Véronique Croze³; Sylvie Traverse⁴1Geovariances (FR); 2eOde; 3Element-Terre; ⁴GINGER BURGEAP

Transfer of PCB and PCDD/F from soil to the terrestrial ecosystem with potential risk assessment for Humans and for the ecosystemsKaren Perronnet¹; Nicolas Manier¹; Julien Dalvai¹; Nicolas Pu-cheux¹; Benjamin Pauget²; Olivier Faure³; Annette De Vaufleury²1INERIS (FR); 2University of Franche-Comté; 3University of Lyon

A free (R-based) tool for Probabilistic Human Health Risk Assess-ment: Application to an Urban Garden scenarioFernando Barrio-Parra; Alejandro Dominguez-Castillo; Miguel Izquierdo; Eduardo De Miguel; Rafael Medina-Ferro; Jesús Díaz-Curiel; Ana ArtalejoUniversidad Politécnica de Madrid (ES)

Indoor air problems caused by chlorinated solvents spreading through public sewage systemsKaspar Rüegg; Boerge HvidbergCentral Denmark Region (DK)

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Mercury contamination in the subsoil of a residential and rural area in the central part of Flanders (Belgium)Ilse Van Keer¹; Kaat Touchant¹; Johan Patyn¹; Johan Gemoets¹; Jo-han Vos¹; Christa Cornelis; Danny Wilczek; Machteld De Wit²; Raf Engels²; Sabine Plingers²; Liesbeth Havet²1VITO (BE); 2OVAM – Flemish Waste Agency

Tuesday | 27 June | 14:00–15:30

Salon Roseraie 1+2

SpS 4b.1Exploring Opportunities for rehabilitating brownfield land in emerging economies for renewable energy and other self-sustaining re-use strategiesOrganizers: Paul Bardos¹; Frederic Coulon; Alfonso Rodriguez; Qu-ing Hu; Yongguan Zhu1University of Brighton, Brighton, UK, r3 Environmental Technol-ogy Ltd. (UK)

This special session build on the outcomes from two Strategic Partnership Fund projects on rehabilitating brownfield land for renewable energy and other self-sustaining re-use strategies in Colombia and China. Specifically a range of case studies were carried out to investigate the opportunities of soft reuse services and interventions needed for the redevelopment of gold mining areas impacted by mercury contamination in Colombia and large derelict industrial areas contaminated by coal and heavy metals in China. Both projects adopted UK, EU and US EPA thinking on brownfields rehabilitation for renewable energy and other soft re-uses which offered a broad range of services that have both improved the overall sustainability and enhanced economic val-ue of the sites investigated.

• Both projects combined structural and policy level research supported by specific case studies. The functions of the special session is therefore to:

• Present the process to support decision-making and design of reuses for brownfields

• Provide a more detailed understanding of the decision tools developed for the services and interventions needed for the regeneration/development decision and their application in Colombia and China

• Provide a comparison with European case studies and ap-proach

• Discuss broader guidance on opportunities to maximising the sustainability and value of restoring contaminated land in emerging economies

• Based on China and Colombia’s case studies discuss the next steps for future works and research needs in emerging econo-mies and provide an opportunity for interested parties to de-bate the findings, but also to get involved in future work in Co-lombia, China and other emerging countries

Salle St. Clair 3

ThS 3b.3Immobilization techniquesChair: Hans Peter Koschitzky

Immobilization of an Arsenic Contamination by Oxidation and Co-precipitation with IronMarian Langevoort, Charles Pijls, Frank VolkeringTauw bv (NL)

Immobilisation of elements by iron and alkalinity in nine con-taminated soils and mine residues without vegetation, growth of Dactylis glomerata and reduction of contaminant concentration in leafPierre Hennebert¹; Patricia Merdy²; Chen Chen; Alexandre Parker1INERIS (FR); 2Université de Toulon

Natural neutralization of acid mine drainage and its effect on the bioavailability of Cu and Zn in Cu rich mine watersFranziska Klimpel¹; Gijs Breedveld²; Gudny Okkenhaug³1University of Oslo (NO); 2University of Oslo/ Norwegian Geotech-nical Institute; 3Norwegian Geotechnical

Field Demonstration of Foam injection in Aquifer to Block a Source Zone of Chlorinated SolventsClément Portois¹; Olivier Atteia¹; Nathalie Guiserix², Antoine Jou-bert3

1Bordeaux INP ENSEGID (FR); 2Renault SAS, 3SERPOL

Applicaton of ferrates for arsenic removal from groundwaterMonika Stavelova; Martin Kovar; Roman Vokac; Jan Slunsky; Jan Kolarik; Jan FilipAECOM (CZ)

Salle Rhône 1

ThS 1b.2On-site & In-situ characterization – Real-time monitoringChair: Olivier Sibourg

On site GCMS soil gas screening and EnISSA-MIP profiling: a thor-ough triad approach to support high resolution site characteriza-tionPieter Buffel¹; John Ulrik Bastrup², Pieter Buffel¹; John Ulrik Bas-trup²; Samuel Van Herreweghe; Mark Van Straaten1EnISSA (BE); 2GEO

Real-time and in situ monitoring of aquatic environments using indigenous microbial community-based biosensorsJean-Michel Monier; Olivier SibourgENOVEO (FR)

Diagnosis of pollutes sites using LIBSLaurie PontreauIVEA (FR)

A novel approach to high-resolution mapping of dioxin contami-nation in extended floodplain areas and its relevance for the as-sessment of impact on the river basin scalePatrick Jacobs¹; Ronald Koomans²1Tauw GmbH(DE); 2Medusa Explorations BV

Using dynamic flux chambers to estimate the natural attenuation rates in the subsurface at contaminated sitesRenato Baciocchi¹; Roberto Pecoraro²; Iason Verginelli¹1University of Rome Tor Vergata (IT); 2versalis

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Salle Rhône 2

SpS 4b.2Making sustainable remediation real: A hands-on sustainability assessmentChair: Jonathan Smith

Organizers: Nicola Harries¹; Jonathan Smith²; Paul Bardos³1CL:AIRE; 2Shell Global Solutions (UK) Ltd; 3University of Brighton, Brighton, UK, r3 Environmental Technology Ltd.

This session will involve an interactive and hands-on sustainable remediation case study exercise, where delegates will come to-gether to evaluate the relative sustainability of shortlisted op-tions to remediate a contaminated site.

The session will follow the approaches set out in ISO Standard and SuRF-UK Framework and its associated tools. Delegates will be presented with pertinent information and working in small groups will undertake a sustainability assessment of their own.

Delegates will learn some of the intricacies of sustainable reme-diation assessment, and gain confidence to undertake similar ap-praisals on other projects.

Salle Rhône 3A

ThS 5b.1Recovery of nutrients and other valuable resourcesChair: Hans van Duijne

Sustainable management of Nitrogen in landfillsHans Groot; Nanne HoekstraDeltares (NL)

Electrokinetic enhanced in-situ leaching of waste repositories: Metal speciation and transient behaviour of metalsClaudia Peppicelli; Peter Cleall; Michael Harbottle; Devin SapsfordCardiff University (UK)

Agromining for the recovery of nickel from soilsMarie-Odile Simonnot; Baptiste LAUBIE; Mathilde Guilpain; Vivian Houzelot; Claire Hazotte; Guillaume Echevarria; Jean Louis MorelUniversité de Lorraine (FR)

Soil management in a circular economyAnton M. Breure¹; Linda Maring²; Johannes Lijzen¹1RIVM (NL); 2Deltares

Thermodynamic and kinetic studies on adsorption of chromium (VI) by the olive pomace of the region of Beni MellalAziz MenichiUniversity Hassan II – Casablanca (MA)

Salle Rhône 3B

ThS 2b.3Ecological risk assessment and modellingChair: Ilse van Keer

Ecological risk assessment – Case studies – Application of the Soil quality TRIAD approachNicolas Pucheux; Pascal Pandard; Sandrine AndresINERIS (FR)

In situ long-term modeling of phenanthrene dynamics in an aged contaminated soil using the “VSOIL” platformStéphanie Ouvrard¹; Khaled Brimo²; François Lafolie³; Geoffroy Séré¹; Patricia Garnier³1INRA – Université de Lorraine (FR); 2ADEME; 3INRA

Internal problems in an incoming alternative drinking water source: Spatial and historical distributions, release potential, and ecological risks for nutrients and heavy metals in sediments in Lake Tongjiqiao, ChinaQiushi Shen; Cheng Liu; Juhua Yu; Chengxin FanNanjing Institute of Geography & Limnology, Chinese Academy of Sciences (CN)

Occurrence and leachability of PACs in contaminated soilsMaria Larsson; Monika Lam; Patrick van Hees; Magnus EngwallUniversity of Örebro (SE)

Ecological risk assessment of Lake Bourget (France, Savoie) lit-toral sediment contaminated by heavy metals, PAHs and PCBs through chemical analyses, biomarkers, laboratory and in situ bioassaysNathalie Lecrivain; Vincent Aurenche; Nathalie Cottin; Victor Frossard; Bernard ClementLEHNA (FR)

Tuesday | 27 June | 16:00–17:30

Salon Roseraie 1+2

SpS 4c.1Environmental Due Diligence – Best practice sharing and improving consistent approachOrganizers: Pieter Dols1, Wouter Gevaerts2, Craig Carson31Shell Global Solutions International B.V., 2NICOLE, ARCADIS, 3ERM

Environmental liabilities can materially impact transactions of sites. Environmental Due Diligence plays an important role to identify risks, reduce uncertainties and quantify liabilities in or-der to manage these risks appropriately before, during and after transactions. This special session will aim to share knowledge and best practices on Due Diligence efforts (both strategic and practi-cal) and Risk & Liability Management from the perspective of the different parties involved; policy makers, legal professionals, ser-vice providers and industry stakeholders. The long-term objective is to achieve common guidelines/ways of working that can help facilitate better transactions and reduce risks. The session will be a combination of short introductory presentations from key stakeholder representatives and a moderated Panel Discussion.

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Salle St. Clair 3

ThS 3g.2Case studies of combining technologies applicationChair: Nicola Harries

Circular remediation of groundwater contaminated by hydrocar-bons without water dischargeClaudia Beatrice Mosangini; Marco PaganoEcosurvey® (IT)

A multi-technique approach for remediation of a hydrocarbons contaminated rail yard siteBeate Mueller¹; Michael Petzold²1Deutsche Bahn AG, DB Netz AG (DE); 2Deutsche Bahn AG, DB Im-mobilien

Combined in situ treatment technologiesMichael Wanders, Pim VisSUEZ REMEDIATION (NL)

Complex in situ remediation with construction and safety chal-lengesJohn Ulrik Bastrup; Anne Gammeltoft HindrichsenGeo (DK)

Remediation of soil and acid tar at the former Esso refinery Valloy NorwayStany Pensaert; Hendrik Nollet; Joke Van de SteeneDEME Environmental Contractors (BE)

Salle Rhône 1

ThS 1d.3Integrated methods in assesment and monitoring IChair: Rémy Gourdon

Characterisation and monitoring of in situ remediation of chlori-nated hydrocarbon contamination using an interdisciplinary ap-proach (MIRACHL)Charlotte Sparrenbom¹; Torleif Dahlin¹; Håkan Rosqvist²; Henry Holmstrand³; Catherine Paul¹; Matteo Rossi¹1Lund University (SE); 2Lund University/Tyréns AB; 3Stockholm University

Evaluation of aromatic hydrocarbon biodegradation by com-bined application of in situ and laboratory microcosms and me-tabolite analysisPetra Bombach; Anko Fischer; Anett Thomas; Annika BeckmannIsodetect GmbH (DE)

PFAS in the Netherlands, a problem? The results of a nationwide monitoring program at sites with a contamination potentialHans Slenders; Tessa Pancras; Martijn Van Houten; Corinne Koot; Arne Alphenaar; Aiko Hensums; Anton RoeloffzenArcadis Netherlands (NL)

MULTISCALEXPER: multiscale empirical treatability of the pol-lutants combined or not with multiscale numerical modeling: advantages, disadvantages, redundancies and failures on each scale and approach typeIoannis Ignatiadis¹; Stefan Colombano¹; Hossein Davarzani¹; Stéphanie Betelu¹; Romain Rodrigues¹; Fabienne Battaglia-Bru-net²; JulieLions¹; Samuel Coussy¹1BRGM (FR); 2BRG

Application of the top-cut model for estimating chlorinated sol-vent contamination in soils: a methodological comparisonMariangela Donati¹; Aurélie Malvoisin¹; Gaël Plassart¹; Chantal de Fouquet²1Envisol (FR); 2Mines ParisTech PSL

Salle Rhône 2

ThS 4b.4Socio-economic appraisal of remediation technologies and strategiesChair: Paul Bardos

From eternal containment to a finite solution for a contamination of a Pinch Gas Factory, technical advances and a sustainability appraisalHans Slenders; Arthur Van de Velde; Mart Jansen; Johan Van Leeu-wen; Jan Gerritse; Gerhard WintersArcadis Netherlands (NL)

Socio-Economic Drivers and Inhibitors of the Nano-Remediation Technology in Europe – A Scenario ApproachStephan Bartke¹; Nina Hagemann²; Nicola Harries³; Jennifer Hauck²; Paul Bardos⁴1UBA, Inspiration research agenda (DE); 2Helmholtz Centre for En-vironmental Research – UFZ; 3CL:AIRE; ⁴r3 Environmental Technol-ogy Ltd

Land remediation strategy under uncertain context: how can Life Cycle Assessment help Marie-Noelle Pons¹; Jérémy Rodrigues¹; Antoine Gérard²; Marie-Odile Simonnot¹1CNRS-UL (FR); 2PROGEPI

Monetization coupled with Life Cycle Assessment compared to Cost Benefit Analysis: a site remediation case studyLies Huysegoms; Valérie CappuynsKU Leuven (BE)

A framework for remediation sustainability and socio-economic appraisal and a case study at a mega site in ChinaDeyi Hou; Yinan SongTsinghua University (CN)

Salle Rhône 3A

ThS 6a.4Subsurface engineering to optimize diverse use optionsChair: Hans van Duijne

Soil Sealing by Enhanced Aluminium and organic matter Leach-ing (SoSEAL): a novel geo-engineering technique for in situ soil permeability reductionSusanne Laumann¹; Jiani Zhou²; Frank Volkering³; Dick van den Heuvel⁴; Richard Rijkers⁵; Jauk Stroo⁶; Timo Heimovaara²1Tauw bv, Delft University of Technology; 2Delft University of Tech-nology (NL); 3Tauw bv; ⁴Heijmans bv; ⁵Movares Nederland bv; ⁶De Vries & vd Wiel bv

Groundwater energy storage in the Sustainable Energy Transition (Technology & Policy)Tim Grotenhuis¹; Philip Binning²; Nina Tuxen³; John Flyvbjerg³; Nanne Hoekstra⁴1Wageningen University (NL); 2DTU Environment; 3The Capital Re-gion of Denmark; ⁴Deltares

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Programme Wednesday, 28 June

ATES-PLUS: combining underground energy storage and cleanup of contaminated groundwater using a new bioremediation con-ceptMaurice Henssen¹; Erik de Vries¹; Arjan de Vries²; Eric van Griens-ven²; Andre Tennekes³1Bioclear (NL); 2Brabant Water; 3T&K Service

Progress in Sustainable Land Management WorldwideBarbara Maco; Nicola Harries; Hans Slenders; Francois Beaudoin; Jonathan Smith; Laurent Bakker; Claudio Albano; James Hender-son; Yasuhide Furukawa; Alfonso Rodriguez; Colin Chen; Meng-fang Chen; Renelle WatsonWACTOR & WICK LLP (GB)

Salle Rhône 3B

ThS 2c.1Risk assessment emerging pollutant and multi-compoundsChair: Thomas Larsen

Fate of emerging contaminants in retention basin sediments: four year monitoring resultsLaure Wiest¹; Robert Baudot¹; Florent Lafay¹; Jean-Baptiste Aubin²; Sylvie Barraud²; Gislain Lipeme-Kouyi²; Emmanuelle Vulliet¹1Institut des Sciences Analytiques de Lyon (FR); 2INSA de Lyon

Tracking perchlorate contamination sources in France: an historic approach Daniel HubeBGRM (FR)

Transport models for risk assessment of natural and engineered nanoparticles in groundwaterTiziana Tosco; Carlo Bianco; Rajandrea SethiPolitecnico di Torino (IT)

Groundwater Characterisation in Military Range Training AreasRichard MartelInstitut national de la recherche scientifique (CA)

1,4-dioxane found on TCA-polluted sites: a trigger towards a poli-cy on contaminants of emerging concernGriet Van Gestel¹; Roeland Van Muylder²; Nele Bal¹; Johan Ceen-aeme¹ 1OVAM (BE); 2Witteveen+Bos

Wednesday | 28 June | 9:00–10:30

Salon Roseraie 1+2

SpS 6a.3Groundwater energy: policies, integrated technologies & managementChair: Tim Grotenhuis

Organizers: Tim Grotenhuis¹; John Flyvbjerg2; Nanne Hoekstra31Wageningen University; 2The Capital Region of Denmark; 3Del-tares

In the transition from fossil fuels to more sustainable energy sys-tems the demand heating and cooling is of crucial importance, as it requires 50% of all the energy we use. Excess of heat or cold can be stored in the subsurface, in Aquifer Thermal Energy Storage (ATES) systems. ATES systems provide a cost-effective solution. Despite the fact that ATES systems are increasingly popular in Europe there is still work to do. In order to increase Europe-wide implementation, challenges in the fields of policy, technology and management have to be overcome.

Sara Picone (ASTER, It) will present a short overview on how bar-riers are overcome in demonstration projects of different innova-tive ATES systems within the EU project E-USE(aq). This project aims at boosting market application of ATES in Europe.

Subsequently five hot topics will be addressed in three minute pitches; each pitch resulting in a statement about how to realize Europe-wide implementation of ATES systems.The statements of the pitches will be discussed by an international panel of experts in which the audience can participate, led by Ruud Cino (Ministry Economic Affairs, NL).

The topics of the pitches are:

1. Optimal use of subsurface space with ATES requires ‘smart energy grids’. (Martin Bloemendal, TUD/KWR, The Nether-lands)

2. The use of ATES to stimulate biodegradation of VOCl contam-inated groundwater. (Zhuobiao Ni, SYSU, China)

3. The dilemma on water scarcity and development of sustain-able technologies (Dynamic Closed Loop (DCL) for heating and cooling. (Alicia Andreu Gallego, Instituto de Tecnología Cerámica, Sp/Julian Rodriguez Comis, Itecon, Spain)

4. New generation solar cells to improve electricity production plus production of heat: PVT cells (Nicholas Simmons, Naked Energy, UK)

5. Creation of attractive business cases for groundwater energy (Matteo Mazzoni, Nomisma Energia, Italy)

In the international panel (John Flyvbjerg (Capital region of Den-mark, DK), Johan Ceenaeme (Ovam, B), Wouter Gevaerts (Arcadis, B), Attilio Raimondi (Emilia-Romagna Region, Energy Service, It)) will discuss opposite opinions of a variety of stakeholders as well as the changes and hick-ups for (societal) implementation of the proposed technologies. The chair of this special session will stim-ulate interaction with the public.

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Salle St. Clair 3

ThS 3b.1In situ chemical oxidation (ISCO) IChair: Pierre Faure

Remediation of petroleum hydrocarbons in contaminated sedi-ments by using magnetite-catalyzed chemical oxidationMuhammad Usman¹; Khalil Hanna²; Pierre Faure³1University of Agriculture, Faisalabad; 2Ecole Nationale Supérieure de Chimie de Rennes; 3Université de Lorraine (FR)

Soluble organic substances extracted from compost as amend-ments for Fenton-like oxidation of contaminated sitesDaniela Zingaretti; Francesco Lombardi; Renato BaciocchiUniversity of Rome Tor Vergata (IT)

Remediation of Diesel Contaminated Soil by Alkali Activated Per-sulfateMiguel Angel Lominchar; Aurora Santos; Fernando Pardo; Arturo RomeroComplutense University of Madrid (ES)

Use of an Organic Compound to Activate Sodium Persulfate: Fun-damental Science and Key CharacteristicsMike MuellerPeroxyChem (AT)

Surfactant Foams For Enhanced In Situ Oxidation of PAHsIheb Bouzid¹; Julien Maire²; Emmanuelle Brunol³; Nicolas Fatin-Rouge³1Université de Bourgogne Franche-Comté | Institut UTINAM (FR); 2Université de Bourgogne Franche-Comté|Institut UTINAM; 3Uni-versité de Bourgogne Franche-Comté

Salle Rhône 1

ThS 1c.1Monitoring microbial degradation processesChair: Pierre Buffiere

Microbial molecular and isotopic biomarkers of chloroethene (PCE, TCE, DCE, CV) biodegradation to evaluate natural attenua-tion contaminated plumes: which added value?Jennifer Hellal¹; Stéphane Vuilleumier²; Jérémie Denonfoux³; Louis Hermon²; Gwenaël Imfeld⁴; Stéphanie Ferreira³; Catherine Joulian¹1BRGM (FR); 2Université de Strasbourg; 3GenoScreen; ⁴University of Strasbourg/ENGEES, CNRS

Hunting for microbes able to detoxify PCB contaminated marine sediments: experiences from a chronically contaminated site of national interest in ItalyBruna Matturro; Simona RossettiIRSA-CNR (FR)

Designing enhanced bioremediation strategies using microbial passive samplers and in situ microcosmsJean-Michel Monier¹; Olivier Sibourg¹; Sébastien Cécillon²; Timo-thy M. Vogel; Sébastien Kaskassian1ENOVEO (FR); 2Ecole Centrale de Lyon

Direct monitoring of biological BTEX degradation using Next Generation SequencingElsemiek Croese¹; Janneke Wittebol²; Sabine Doddema¹1Microbial analysis (NL); 2Bioclear

Real-time view on reductive dechlorination by functional gene analysisKathrin Rachel Schmidt; Irene Kranzioch-Seipel; Claudia Stange; Andreas TiehmTZW: DVGW-Technologiezentrum Wasser (DE)

Salle Rhône 2

ThS 3e.1Nanoremediation: from lab investigation to field applicationChair: Hans Peter Koschitzky

Investigations of three-dimensional transport and sedimentation properties for nano iron particles in column experimentsAnke Wiener; Juergen BraunUniversität Stuttgart (DE)

Rapid arsenate removal from contaminated water by two-dimen-sional nanosheet iron oxidesZhou Yin; Hans HansenUniversity of Copenhagen (DK)

Study of iron and hematite nanoparticles production by top to down approach and its reactivity for groundwater remediationVicenç Martí¹; José Antonio Benito¹; David Ribas¹; Maria R. Mar-tínez¹; Miroslav Cernick²; Irene Jubany³1Technical University of Catalonia (ES); 2Technical University in Li-berec; 3CTM Technological Centre, Foundation

MNM3D: a modelling tool for simulation of nanoparticle injection and transport in 3D geometriesCarlo Bianco; Tiziana Tosco; Rajandrea SethiPolitecnico di Torino (IT)

Field-Scale Performance of Non-stabilized and Surface-Stabilized nZVI Particles for CHCs– contaminated Groundwater Treatment Petra Skácelová¹; Jana Oborná¹; Ondřej Lhotský²; Ivo Medřík¹; Jo-sef Kašlík¹; Jan Filip¹1Palacký University in Olomouc (CZ); 2DEKONTA, a.s.

Salle Rhône 3A

ThS 4c.2Managing large scale industrial pollutionChair: Thomas Track

Towards a precautionary and sustainable approach in the man-agement of industrial sites based on the Industrial Emissions Di-rective (IED)Joerg FrauensteinUmweltbundesamt (DE)

Innovative assessment of impacts from industrial activities on the groundwater body quality for improved regional groundwater managementCorinne Merly¹; Laurent Cadilhac²; Marc Moulin¹; Clément Doney¹; Romain Chartier³; Guy Fourniguet¹1BRGM (FR); 2AERMC; 3DREAL

Phytoscreening as a tool to delineate Cl-VOCs plumes and priori-tize pollution management efforts for large scale and multisource sitesSébastien Kaskassian¹; Loïc Yung²; Mathilde Ecouellan¹; Michel Chalot²1Tauw France (FR); 2Université de Bourgogne Franche-Comté

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Industrial site in the east of France: an innovative technical pro-posal for managing a complex problemThierry Delloye, Maxence Vermersch, Christophe Bourdin, Lau-rent JayGRS Valtech (FR)

Null-space Monte Carlo particle tracking to assess groundwater PCE (tetrachloroethylene) diffuse pollution in North-eastern Mi-lan Urban AreaLoris Colombo¹; Luca Alberti¹; Giovanni Formentin²1Politecnico di Milano (IT); 2Tethys srl

Wednesday | 28 June | 11:00–12:30

Salon Roseraie 1+2

ThS 2d.1Risks related to surface & subsurface energy systemsChair: Johan van Leeuwen

Environmental implications of black shale weathering in the Grand Duchy of LuxembourgValerie Cappuyns; Pieter Geris; Rudy SwennenKU Leuven (BE)

Risk assessment of organic pollutants in shale gas flowback and produced watersAndrii Butkovskyi; Harry Bruning¹; Annemarie van Wezel²; Huub Rijnaarts¹1Wageningen University (NL); 2KWR

Petroleum Vapour Intrusion – Practical learnings: background sources, remedial objectives, and corrective measuresMattias Claesson¹; Maelle Cargouet¹; Richard Sumner¹; Bart Eklund²1AECOM France (FR); 2AECOM USA

Contaminated fiber banks – release and uptake of organic con-taminants from an organic-rich sedimentSarah Josefsson; Anna Apler; Lovisa Zillén; Ian Snowball; Lisa Vogel; Anna-Karin Dahlberg; Karin WibergThe Geological Survey of Sweden – SGU (SE)

Significant differences between calculated and measured con-taminant fluxes from sediments of industrial originPaul Frogner-Kockum¹; Gunnel Göransson¹; Anna Apler²; Sarah Josefsson³; Ian Snowball⁴; Lovisa Zillén⁵; Karin Wiberg⁶1Swedish Geotechnical Institute (SE); 2Swedish Geological Survey; 3The Geological Survey of Sweden (SGU) Swed; ⁴Uppsala Univer-sity; ⁵The Geological Survey of Sweden (SGU); ⁶Swedish University of Agricultural Sciences

Salle St. Clair 3

ThS 3b.2In situ chemical oxidation (ISCO) IIChair: Renato Baciocchi

Abatement of chlorinated compounds in groundwater contami-nated by HCH wastes using ISCO with alkali activated persulfateAurora Santos¹; Jesus Fernández²; Lucía Perez¹; Miguel Lominchar¹; Sergio Rodriguez¹; Carmen Dominguez¹; David Lorenzo; Arturo Romero¹1Universidad Complutense de Madrid (ES); 2Goverment of Aragon

In situ chemical oxidation (ISCO) of PAH-contaminated soils: soil (pre)heating for effectiveness increase Bérénice Ranc¹; Pierre Faure²; Marie-Odile Simonnot²; Véronique Croze³; Catherine Lorgeoux²1ICF Environnement (FR); 2Université de Lorraine; 3Element-Terre

ISCO feasibility – focus on what is important in the field!Geert Wijn¹; Tessa Pancras¹; Marlies Bos¹; Jurgen van der Wal¹; Federico Nava²1Arcadis Netherlands (NL); 2Arcadis Italia

Integrated Physical and Advanced ISCO Remedial Strategy for TPH Impacted GroundwaterGuido Piepoli; Alberto Leombruni; Alberto Piepoli; Michael MuellerA.S.T.C. Remediation srl (IT)

Remediation of Poly- and Perfluoro Alkyl Substances: New Reme-diation Technologies for Emerging ChallengesJake Hurst; Ian Ross; Jonathan Miles; Jeff Burdick; Erika Houtz; Tessa PancrasArcadis (GB)

Salle Rhône 1

ThS 1b.1Passive Samplers & Passive Flux SamplersChair: Olivier Sibourg

Assessing the impact of contaminated sites on karst – Feedback on the exposure of integrative passive samplers in 17 springs of the Jura mountainsHélène Demougeot-Renard¹; Celia Trunz²; André Bapst³; Philippe Renard²; Laurence Fischer²; Didier Lambert³1eOde Sàrl (CH); 2University of Neuchâtel; 3MFR Géologie Géo-technique SA

Advances in characterization of water and contaminant flux in porous mediaMichael AnnableUniversity of Florida (USA)

Integrated passive flux measurement in groundwater: field cases with iflux samplersGoedele Verreydt¹; Patrick Meire¹; Jan Bronders²; Ilse Van Keer²; Piet Seuntjens²1Universiteit Antwerpen (BE); 2VITO

Passive Flux Samplers – Comparison of Methods and PossibilitiesLars Bennedsen; Kristian Raun; Bjørn PedersenRegion of Southern Denmark (DK)

An innovative combination of tools to measure fluxes of contami-nants in aquifersElyess Essouayed; Olivier AtteiaINNOVASOL (FR)

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Salle Rhône 2

ThS 3e.2Advances and future perspectives of nanoremediationChair: John Flyvbjerg

Cost-effective optimizations of nZVI based Nanoremediation technologyMiroslav Cernik¹; Petr Kvapil²; Paul Bardos³1Technical University of Liberec (CZ); 2Photon Water Technology s.r.o.; 3r3 Environmental Technology Ltd

NanoRem: Nanoremediation for Soil and Groundwater Clean-up – Possibilities and Future TrendHans-Peter Koschitzky; Alexandra Gens; Joachim RoosUniversity of Stuttgart (DE)

Nanoremediation – a consultant’s perspectivePetr Kvapil¹; Jaroslav Nosek²; Miroslav Cernik²; Paul Bardos³; Corinne Merly⁴1Photon Water Technology s.r.o. (CZ); 2Technical University of Li-berec; 3r3 Environmental Technology Ltd; ⁴BRGM Rhône Alpes

Long-term performance of milled zerovalent iron particles for in situ groundwater remediationMilica Velimirovic¹; Vesna Micic Batka¹; Melanie Auffan²; Luca Carniato³; Doris Schmid¹; Daniel Borschneck²; Stephan Wagner¹; Frank von der Kammer¹; Thilo Hofmann¹1University of Vienna (AT); 2CNRS; 3Delft University of Technology

Salle Rhône 3A

SpS 5c.1Benchmarking of Excavated Soil Reuse Management in EuropeChair: Rob Sweeney, CL:AIRE

Organizers: Céline Blanc; Nicholas Willenbrock; Andy Heurck-mans; Jonathon Atkinson; Jean-Yves Richard. BRGM and CL:AIRE, with the support of NICOLE and AXELERA

The sustainable management of excavated soil remains a prob-lem for a number of European Member States. In 2008, the revi-sion of the EU Waste Framework Directive has defined the legal framework applicable to excavated soil at EU level. However, its implementation at the national level is based on technical condi-tions of reuse of this land which differ between European coun-tries.

Most development projects in urban areas or remediation proj-ects on contaminated and brownfield sites have to face the chal-lenge of the reuse of the excavated soils. After 5 years of national implementation, it’s time to make a statement.

The sustainability benefits which can be achieved through the careful management of excavated soils can be extremely signifi-cant, yet the focus of the construction sector tends to focus on a sites build phase when it comes to measuring sustainability. Is sustainable soils management given the priority in construction it warrants or is it too frequently a last resort consideration?

The special session gives an overview of the evolutions of nation-al policies in order to improve excavated soil reuse. In particular the session will cover the following issues:

TOPIC 1: Management of big data for characterization and re-use of excavated material

1a. the traceability of excavated soils: a trigger towards valoriza-tion & circular economy. Andy Heurckmans, Grondbank.

1b. Improving data collection and management to improve soil transport – UK experience. Jonathan Atkinson, UK Environment Agency

TOPIC 2: How can circular economy approach can facilitate regu-latory framework for excavated material managements/ How can circular economy approach can ease excavated material manage-ment in sometimes a controversial/difficult regulatory context?

2. Valtex: how to offer and industrial platform of excavated soil management in the context of waste legislation regarding circu-lar economy purposes? Jean Yves Richard, Suez Environnement

TOPIC 3: What standardization for ensuring quality and efficiency of the procedures?

3. Revision of the ISO standard “Characterization of excavated soil and soil materials intended for re-use”, an opportunity to stan-dardize procedures? ISO members

A round table discussion will follow this set of presentations in order to compare the approaches and identify the locks and suc-cesses of excavated soil reuse management.

Wednesday | 28 June | 14:00–15:30

Salon Roseraie 1+2

SpS 2b.5Improved decision making for contaminated land site investigation and risk assessmentChair: Frederic Coulon

Organizers: Nicolas Pucheux; Pascal Pandard; Sandrine AndresINERIS

Different categories of tools are suitable to perform a site specific ecological risk assessment. Most often, a pragmatic combination of these tools will allow a proper risk assessment. The Internation-al Standard ISO/FDIS 19204 “Soil quality – Procedure for site spe-cific ecological risk assessment of soil contamination (Soil quality TRIAD approach)” describes in a general way the application of three combined lines of evidence (chemistry, ecotoxicology and ecology). The soil quality TRIAD approach is conceived as a tiered stepwise approach.

The risk assessment method described in ISO/FDIS 19204 on a soil contamination has been used on an open mine operated during 60 years and which the activities stopped about 100 years ago. The ground still contains high levels of metallic pollution (Pb, Cd, Zn).

In 2016, the soil quality TRIAD approach has been used on five contaminated areas of the old open mine selected for their dif-ferent profiles with respect to bioavailability or vegetation cover.

The Tier one for the three lines of evidence has been applied on every selected locations. The combined use of chemical concen-tration in soil (Chemistry), plant screening test and earthworm avoidance test (Ecotoxicology) and simple vegetation survey (Ecology) were sufficient to conclude on a potential risk for some

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of the 5 stations. Individually, the different tools of the first tier of TRIAD were associated with high uncertainties, but used as a whole, they were indeed sufficient to assess the ecological state on some locations. Consequently, some of the expensive and time consuming data collected in these locations were not needed to conclude on an unacceptable risk. For these locations, the use of TRIAD method could have saved financial and time ressources.

On other locations, uncertainties were still too great and the implementation of higher tier was needed. The lack of ecotoxi-cological data among the existing data had been noticed and recommended bioassays (Ecotoxicology approach of TRIAD) were schedulded at the end of 2016. With these complementary results, the TRIAD approach will be reapplied, and as a result, fo-cus will be made on the methodology in order obtain practicable results according to the complexity of the study and, as a conse-quence, its uncertainties.

Salle St. Clair 3

ThS 3a.2Pilot and Field Scale biological reductive dechlorinationChair: Marc Viñas

Assessment of the bioremediation potential of groundwater con-taminated with chlorinated solvents and enhanced reductive dechlorination pilot test at an industrial site in Barcelona (Spain)Natàlia Blázquez-Pallí¹; Marçal Bosch²; Joan Varias²; Mònica Rosell³; Albert Soler³; Teresa Vicent¹; Ernest Marco-Urrea¹1Universitat Autònoma de Barcelona (ES); 2Litoclean; 3Universitat de Barcelona

Thermally enhanced in situ bioremediation of groundwater con-taminated with chlorinated solvents – A field testJan Nemecek¹; Jana Steinova²; Tomas Pluhar²; Petra Najmanova³; Vladislav Knytl³; Kamil Nesetril²; Miroslav Cernik²1ENACON s.r.o. (CZ); 2Technical University in Liberec; 3DEKONTA, a.s.

Bioremediation of chloroethylenes using a groundwater recircu-lation system (BEAT)Gerard Borggreve¹; Albert Smits¹; Dennis Scheper; Luuk Wallinga²; Maurice Henssen³; Dick Specht³; Adri Nipshagen³1NTP Enviro (NL); 2RUD Drenthe; 3Bioclear

Source zone in situ biostimulation and bioaugmentation of el-evated concentrations of chlorinated ethenes in groundwaterMark Mejac1, Laurie LaPat-Polasko¹; Sherrick Baffert; Linda Con-lan², 1Ramboll Environ (USA); 2AMECFW

Treatment of a large industrial site impacted with chlorinated sol-vents using a combination of electron-donor substratesMarcello Carboni; Paola GoriaREGENESIS Remediation Solutions, Europe

Salle Rhône 1

ThS 1e.1Groundwater-soil-sediment-surface water interaction IChair: Rémy Gourdon

Characterization of how contaminants arise in a dredged marine sediment and analysis of the effect of natural weatheringVincent Chatain¹; Julien Couvidat¹; Mostafa Benzaazoua²; Hassan Bouzahzah³1Université de Lyon – INSA Lyon (FR); 2Université de Lyon, Universi-té Jean Monnet; 3University of Quebec in Abitibi-Temiscamingue (UQAT)

Factors governing sediment quality (PAH) in riversPeter Grathwohl¹; Marc Schwientek¹; Hermann Rügner¹; Michael Rode²; Ulrike Scherer³1University of Tübingen (DE); 2Helmholtz Centre for Environmen-tal Research – UFZ; 3Karlsruher Institut für Technologie (KIT)

Identification of PFAS Precursor Transformation Down-Gradient of Source Zones. Discuss Relevant Geochemical Conditions at an Airforce Base in AustraliaRachael Casson, Dora ChiangAECOM Australia (AU)

Assessment of groundwater contamination impacting stream ecosystemsPoul L. Bjerg¹; Anne T. Sonne¹; Jes J. Rasmussen²; Sebastian Höss³; Vinni Rønde¹; Walter Traunspurger⁴; Ursula S. McKnight¹1Technical University of Denmark (DK); 2Aarhus University; 3Ecos-sa/University of Bielefeld; ⁴University of Bielefeld

Tackling sediment pollution in Flanders: identification of (poten-tial) hotspots of sediment pollution linked with (former) risk ac-tivitiesCarlo van den Berg¹; Goedele Vanacker²; Karen Van Geert³; Ward De Cooman1Arcadis Netherlands (NL); 2OVAM – Flemish Waste Agency; 3Ar-cadis Belgium

Salle Rhône 2

ThS 3d.1Phytoremediation of heavy metal-polluted soils and sedimentsChair: Frank Volkering

Biochar-supported phytoextraction of metals in a three-year ly-simeter studyFrederic Rees; Thibault Sterckeman; Jean Louis MorelUniversity of Lorraine – INRA (FR)

Using Thermochemical Conversion Technologies for metal-rich biomass derived from Ultramafic Soil in BrazilYing Jiang¹; Sergio Peres²; Humberto Santos²; Adalberto Nasci-mento Jr.²; Phil Longhurst¹1Cranfield University (GB); 2Escola Politecnica de Pernambuco – Universidade de Pernambuco

Citric acid alleviated Chromium (Cr) toxicity in Lemna minor L. by improving antioxidant enzymes defense system and enhanced phtoextraction of CrMujahid Farid; Rasham Sallah-Ud-Din; Rashid Saeed; Shafaqat Ali; Muhammad Rizwan; Hafiz Muhammad TauqeerUniversity of Gujrat, Gujrat (PK)

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Environmental metabarcoding as a relevant tool to reveal struc-ture and composition of microbial communities at phytomanage-ment sitesMichel Chalot¹; Julie Foulon¹; Cyril Zappelini¹; Alexis Durand¹; Ben-oit Valot¹; Damien Blaudez²1Université de Bourgogne Franche-Comté (FR); 2Université de Lor-raine

Agromining of Ni on industrial by-productsMarie Rue¹; Baptiste Laubie²; Gaylord Machinet³; Emile Benizri⁴; Marie-Odile Simonnot²; Jean Louis Morel⁴1Laboratoire Sols et Environnement _Laboratoire Réactions de Génie des Procédés (FR); 2Laboratoire Réactions et Génie des Procédés; 3Microhumus; ⁴Laboratoire Sols et Environnement

Salle Rhône 3A

SpS 5c.2Water self-sufficiency in large scale industrialized areasChair: Hans van Duijne

Organizers: Koen Wetser (Postdoc at Wageningen University) and Hans van Duijne (Deltares), Deltares & Wageningen University

The availability of fresh water is under pressure in coastal and (semi-)arid regions due to growing demand, climate change and saltwater intrusion. Attempts to find solutions are fragmented and often connected with high costs and poor sustainability. Ex-isting solutions cannot create sufficient water quantities to solve the scarcity. A genuine breakthrough requires a radically differ-ent approach. The ambition of the 5 year program Water Nexus (www.waternexus.nl) is to reach this breakthrough by developing integral solutions for problems with water scarcity for large vol-ume sectors (agri/horticulture and industry). Water self-sufficien-cy requires a paradigm shift to consider saline and used water as a resource and not as a threat.

The goal of this session is to identify existing conceptual and or-ganizational barriers for reaching large scale water self-sufficien-cy in (agro) industrialized areas. In the session, we will also look for the required next steps to overcome these barriers.

The session will include four presentations and a discussion (de-tails in table below). In the discussion, the existing conceptual and organizational barriers for large scale water self-sufficiency will be addressed from two perspectives: industrial and govern-mental. We will start the discussion with questions and issues that industries and governments face within their water manage-ment. The discussion will result in barriers and risks associated with large scale water self-sufficiency. We will end the discussion with suggestions for the required next step to apply the Water Nexus integral solutions and achieve water self-sufficiency.

The industrial perspective:

Many industries are developing new strategies for sustainable supply of water. These industries also produce wastewater, which can be upgraded to support agriculture, green infrastructure and ecosystems. New concepts for climate adaptive water manage-ment and new technologies to (re)use saline and used water need to be tailored to local situations. Local partners and governments are needed to arrange such water supply systems. Are industries and governments ready for this approach and how should they share responsibilities?

The governmental perspective:

Governments can facilitate local/regional arrangements to ar-range self-sufficiency for water supply, e.g. by allowing water stor-age and treatment in subsurface and green infrastructure. How can the industry help the governments with these arrangements?

Programme:

General introduction of Water Nexus: Prof. Huub Rijnaarts

Global resource analysis and regional water management

Daniel Zamrsky MSc

Including the local context in determining the sustainability of water use: Joeri Willet MSc

Integrated solutions to use saline and used water as an alterna-tive to fresh water: Dr. Koen Wetser

Discussion

Conclusions and closure: Prof. Huub Rijnaarts

Wednesday | 28 June | 16:00–17:30

Salon Roseraie 1+2

SpS 2c.2Emerging issues with PFAS risk assessment workshopChair: Dorte Harrekilde

Organizers: Dorte Harrekilde; Hans Bengtsson; Marianne Wilton – Ramboll

Background

Poly- and Perfluorinated substances (PFAS) have been identified as emerging contaminants as a result of widespread presence in the environment and a growing concern with respect to human health and ecological effects. This class of compounds includes perfluorooctanoic acid (PFOA) and perfluorooctane sulfonate (PFOS), the two most commonly researched PFAS, and report-edly, the most prevalent in the environment. These chemicals are widespread around the globe, primarily due to their manufactur-ing, processing and use, and disposal practices. PFAS are wide-spread in the environment in part because they are persistent – that is, they do not break down when exposed to air, water or sunlight. Regulations for investigating and monitoring for PFAS and establishing acceptable environmental threshold values have been evolving in many countries, although the approach to addressing these topics varies widely from country to coun-try. Further, given the range of compounds present in this class of contaminant, there is uncertainty about their fate and transport properties in the environment, as well as the human and ecologi-cal toxicity.

Objectives

This workshop will discuss the regulatory trends in managing this class of emerging contaminant, and the associated technical challenges, including the following topics.

• Overview on PFAS; issue and terminology, PFAS sources, chem-ical and physical properties

• Toxicology and ecotoxicology• State of the Practice for investigating, analysing and remediat-

ing PFAS

The objective of this workshop is to provide participants with a common understanding from which to discuss best practices

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and future developments. A short talk will be given on each of the three elements (10–15 minutes) followed by group discus-sions on each topic (10–15 minutes). The group discussions will be initiated by a list of questions aiming at discussing best prac-tices and differences in national approaches. The last discussion will focus on illuminating the expected path forward. We suggest that knowledge and experiences on the following aspects could be addressed:

• PFAS sources and issues. What are PFAS and precursors and what are their characteristics? Where do they come from? What happens when PFAS are emitted to the environment?

• Toxicology and ecotoxicology. Where do we find PFAS and which human and ecological exposure route is the most criti-cal? What is the basis for setting acceptable threshold values and how do these threshold values vary between countries? What are the regulatory drivers?

• State of the practice – analytical methods and treatment op-tions. Which PFAS can be analysed in environmental samples and which methods are available in your country? How much do we actually know about treatment options, how effective are they. What do you think is the expected way forward?

Salle St. Clair 3

ThS 3g.3Combined technologies for chlorinated hydrocarbonsChair: Marco Petrangeli Papini

Integrated modeling of geological, hydro-chemical and geo-physical data as a support for a combined chemical-physical and biological groundwater remediation intervention: The contami-nated site of the New High Speed Railway Station of BolognaPaolo Ciampi¹; Carlo Esposito¹; Firoozeh Arjmand¹; Giorgio Cas-siani²; Gian Piero Deidda³; Marco Petrangeli Papini¹1Sapienza University of Rome (IT); 2University of Padova; 3Univer-sity of Cagliari

Treatment train strategies at operational sites: incorporation of oxidative or reductive bio-stimulation following physical removal of contaminationRichard Bewley; Matthew Dilley; Kevin Shepherd; Neil CooperAECOM (GB)

Enhanced In-situ Bioremediation of a Chlorinated Aliphatic Hy-drocarbon Contaminated Site, through Liquid Activated Carbon Injection: From Laboratory to Full-scale ApplicationFiroozeh Arjmand¹; Jeremy Birnstingl²; Marcello Carboni²; Paola Goria²; Paolo Ciampi¹; Carlo Esposito¹; Bruna Matturro³; Simona Rossetti³; Marco Petrangeli Papini⁴1Sapienza University of Rome (IT); 2REGENESIS Remediation Solu-tions, Europe; 3CNR; ⁴University of Rome; La Sapienza;

Enhancement of zero valent iron use by electric field to remediate contaminated sitesVojtech Stejskal¹; Jaroslav Nosek; Miroslav Černík¹; Jaroslav Hra-bal²; Petr Kvapil³1Technical University of Liberec (CZ); 2Mega a.s.; 3Photon Water Technology s.r.o.

Dynamic Groundwater Recirculation: A Strategy for Expedited Plume CleanupAllan Horneman¹; Mark Klemmer²; Wouter Gevaerts³; Thomas Held⁴; William Parry⁵1Arcadis (USA); 2Arcadis US; 3Arcadis Europe; ⁴Arcadis Germany GmbH; ⁵CSX Transportation, Inc.

Salle Rhône 1

ThS 1e.2Groundwater-soil-sediment-surface water interaction IIChair: Peter Grathwohl

Metal trace elements and sodium chloride transfer dynamics in road retention basin Lucie Barbier¹; Rémi Suaire¹; Béatrice Béchet²; Ivana Durickovic¹; Marie-Odile Simmonot³1Cerema (FR); 2IFSTTAR; 3Université de Lorraine

3D numerical modelling of resuspension and remobilization of sediments in a stormwater detention basinXiaoxiao Zhu; Gislain Lipeme Kouyi; Céline Becouze-Lareure; Syl-vie Barraud; Jean-Luc Bertrand-KrajewskiDEEP – INSA LYON (FR)

Drainage of roadwater in a groundwater friendly wayBritt Boye Thrane¹; Hans Peter Birk Hansen²; Troels Kjærgaard Bjerre³; Dorte Harrekilde¹1Ramboll (DK); 2Municipality of Odense; 3VCS Denmark

From soil to sediments in French river basinsRosalie Vandromme¹; Olivier Cerdan¹; Grangeon Thomas¹; Antho-ny Foucher²; Louis Manière²; Sébastien Salvador-Blanes²; Evrard Olivier³1BRGM (FR); 2Université François Rabelais; 3CEA-CNRS-UVSQ

Impact of hydraulic conditions on micropollutants mobility in the Carelle brownfield soil (France)Martin Seidl¹; Julien Le Roux²; Rémi Mazerolles²; Olivier Fouché³1LEESU ENPC Université Paris-Est (FR); 2LEESU Université Paris-Est Créteil; 3CNAM Paris

Salle Rhône 2

ThS 3d.2Phytoremediation of complex pollutant mixturesChair: Michel Chalot

Phytoremediation of a highly chlorinated organic pollutant, by exploiting a fungal-bacterial consortium native to the contami-nated fieldKaren Van Geert¹; Griet Van Gestel²; Lieve Crauwels²; Thomas Van Humbeeck¹; Lennert Lammens¹1Arcadis Belgium (BE); 2OVAM – Flemish Waste Agency

Rare earth elements (REEs) accumulation and fractionation in Phytolacca americana, a REE hyperaccumulatorMing Yuan¹; Mei-Na Guo¹; Wen-Shen Liu¹; Chang Liu¹; Hermine Huot¹; Jean-Louis Morel²; Ye-Tao Tang¹; Rong-Liang Qiu¹1Sun Yat-sen University (CN); 2INRA, Université de Lorraine

Rhizorremediation: the key role of Brassica napus in the recovery of health of soils contaminated with metals and dieselRafael G. Lacalle¹; Unai Artetxe¹; María Teresa Gómez-Sagasti¹; Car-los Garbisu²; José María Becerril¹1University of the Basque Country (ES); 2NEIKER-Tecnalia

Phytocontainment of groundwater contaminations as a cost-ef-fective and sustainable alternative for pump & treatFrank Volkering¹; Edward Gatliff²1Tauw bv (NL); 2Applied Natural Sciences, Inc.

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Programme Thursday, 29 June

Combining bioremediation methods with bioenergy production at field scaleDaniel MirgorodskyFriedrich Schiller University Jena (DE)

Salle Rhône 3A

ThS 6c.2Assessment of sustainable use of the subsurface resourcesChair: Anja Enell

Tools for sustainable development with the subsurfaceThom Maas¹; Linda Maring²1Rijkswaterstaat (NL); 2Deltares

GeoEkoKalkyl – development of a tool for integrating constructa-bility and ecosystem services in municipal planningChristel Carlsson¹; Bo Lind¹; Jim Hedfors¹; Ola Wik¹; Annika Åberg¹; Ann-Mari Fransson²; Yevheniya Volchko³1Swedish Geotechnical Institute (SE); 2Swedish University of Agri-cultural Sciences; 3Chalmers University of Technology

Strategic Environmental Assessment (SEA) for the Spatial Vision for the Subsurface in the Netherlands (STRONG)Martijn Gerritsen¹; Ivo van der Sommen²; Mark in ‘t Veld¹1Tauw bv (NL); 2Ministery of infrastructure and the Environment

Asset Management to support urban land and subsurface man-agementLinda Maring¹; Maaike Blauw¹; Elmert de Boer²; Douwe Jonkers³; Jasper Lackin⁴; Joost Martens⁵; Coen Teeuw⁴; Kees de Vette⁵; Al-bert de Vries⁶1Deltares (NL); 2RWS; 3Ministery of infrastructure and the Environ-ment; ⁴Witteveen+Bos; ⁵Municipality Rotterdam; ⁶Municipality Utrecht

Sustainable brownfield restoration in Parc de l’Alba-Barcelona Synchroton parkJordi Boronat¹; Consol Pérez²; Xavier Rubio²; Vicenç Martí3; Irene Jubany⁴1MediTerra Consultors Ambientals, SL (ES); 2Consorci Urbanístic del Centre Direccional de Cerdanyola del Vallès; 3EEBE, Technical University of Catalonia; ⁴Fundacio CTM Centre Tecnologic

Thursday | 29 June | 9:00–10:30

Salon Roseraie 1+2

SpS 6a.1INSPIRATION – Linking Europeans’ Strategic Research Agenda on Spatial Planning and Land Use Management with AquaConSoil themesChair: Paul Nathanail

Organizers: Stephan Bartke*¹; Paul Nathanail²; Linda Maring³; San-dra Boekhold⁴; Uwe Ferber⁵; Franz Makeschin⁶; Valérie Guerin⁷; Detlef Grimski¹1UBA, *Inspiration research agenda (DE); 2University Nottingham; 3Deltares; ⁴RIVM; ⁵StadtLand U.G.; ⁶Dresden International Univer-sity; ⁷BRGM

The way Europeans steward there soil and manage the use of land is central to ensuring Europe’s transition to a sustainable

future. Research and knowledge dissemination are fundamental prerequisites for informed land use and evidence-based policies. Smarter use of the services provided by land and the soil-sedi-ment-water system may provide ongoing and new solutions for meeting societal needs without exasperating societal challenges.

With partners from 17 countries across Europe, the INSPIRATION project has developed a Strategic Research Agenda (SRA) for spa-tial planning, managing land and using soil-sediment-water sys-tem services sustainably. The SRA’s topics were identified through a unique bottom-up process of engaging with over 500 key ex-perts from academia, research funders and end-users from indus-try, policy making, regulators, municipalities and citizen groups.

This session will:

• Share information about INSPIRATION’s Strategic Research Agenda (SRA) focusing on research needs related to integrat-ed spatial planning, urban and contaminated land manage-ment;

• Identify priorities of AquaConSoil community, in particular potential funders and end-users, where to co-invest in spe-cific themes;

• Facilitate a match-making towards implementation of these topics.

Participants will be invited to become part of the wider INSPIRA-TION community and to liaise with INSPIRATION’s activities in their home country.

Session outline

1. Introduction: The unique INSPIRATION approach – Stephan Bartke (UBA, DE), project coordinator

2. Key note: The importance of the soil-water-sediment system for land management – Linda Maring (Deltares, NL).

3. INSPIRATION’s Strategic Research Agenda, highlighting iden-tified research topics related to integrated spatial planning, urban and contaminated land management - Paul Nathanail (UNOTT, UK)

4. Delegate discussions in six facilitated thematic groups ac-cording to the AquaConSoil topics. In each group partici-pants will 1) identify priority topics from the SRA linked to the table theme, 2) specify their particular interests in the identified key topics, and 3) identify potential funders and funding interests.

a. Assessment and monitoring of soil, water and sediment quality – Valérie Guerin (BRGM, FR)

b. Risk assessment – Annette Gatchett (EPA, US)

c. Advances in remediation technologies – Corinne Merly (BRGM, FR)

d. Strategies and policies for pollution management and reme-diation – Stephan Bartke (UBA, DE)

e. Reuse and upgrading of land, water and sediment in the circular economy – Margot de Cleen (RWS, NL)

f. Sustainable use & spatial planning of the subsurface Spatial Planning – Linda Maring (Deltares, NL)

5. Closing remarks by the chair on the session results.

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Salle St. Clair 3

ThS 3a.3Bioremediation of contaminants of emerging concernChair: Marc Viñas

Biodegradation potential assessment on a site contaminated by a mixture of BTEX, MCB, and pharmaceuticals – case studyOndřej Lhotský¹,2; Tomáš Cajthaml²; Torgeir Rodsand³1Dekonta, a.s. (CZ); 2Charles University; 3ALS Laboratory group Norway AS

Removing micropollutants from groundwater resources used for drinking water production with bioremediationNora B. Sutton, Alette A.M. Langenhoff, Huub H.M. RijnaartsWageningen University (NL)

New treatment process of perchlorate impacted waterJean-Yves RichardSUEZ Remediation (FR)

Biological treatments applied to extreme environments and pol-lutionsCarole Marcon; Christophe CheneSoleo services (FR)

Application of chemostat systems for adaptation of microbial communities to emerging pollutantsBaptiste. A.J Poursat¹; Martin Braster²; Rick Helmus¹; Rob J.M Van Spanning²; W. Pim De Voogt¹; Wilfred F.M. Röling²; John. R Parsons¹1University of Amsterdam (NL); 2VU University Amsterdam

Salle Rhône 1

ThS 1d.1Geophysical and geostatistic methods in site characterisationChair: Mariem Kacem-Boureau

Application and limitations of DC induced polarization tomog-raphy for the detection of organic pollutants in soils with litho-chemical metallic components. A case studyBárbara Biosca; Ana Artalejo; Fernando Barrio-Parra; Jesús Díaz-Curiel; Eduardo de Miguel; Rafael Medina-FerroUniversidad Politécnica de Madrid – ETSI Minas y Energía (ES)

Microscale geophysics used in conceptual modellingThomas Larsen¹; Majken Caroline Looms²; Nielsen Lars²; Anders Vest Christiansen³; Thue Bording³; Egon Nørremark³; Knud Erik Klint⁴; Nina Tuxen⁵; Henriette Kerrn-Jespersen⁵; Anders Edsen¹1Orbicon A/S (DK); 2University of Copenhagen; 3Aarhus University; ⁴GEUS; ⁵Capital Region of Denmark

Improvement of traditional investigations by prior geophysical measurementsAnette SpechtCentral Denmark Region (DK)

Optimizing groundwater flow and contaminant migration as-sessment using 3D Electrical Resistivity TomographySean Carson¹; Jean-Marc Ragot²1AECOM Geneva (CH); 2Geogeophy

Salle Rhône 2

SpS 3c.3Geophysical monitoring of optimized DNAPL extraction techniquesOrganizers: Emilie Nodot¹; Antoine Joubert²; Jacques Deparis¹; Benjamin Francois¹; Thomas Invernizzi²; Alain Dumestre²; Nico-las Fatin-Rouge³; Julien Maire³; Delphine Kaifas⁴; Aurélien Triger⁴; Pierre Yves Klein⁴; Quentin Giraud⁵; Benoit Paris⁵; David Cazaux⁶; Jean Christophe Gourry¹; Stefan Colombano¹1BRGM; 2SERPOL; 3Université de Franche-Comté, UMR 6213-UTI-NAM; ⁴Sol Environment; ⁵INTERA; ⁶INOVYN

Soil contaminated by Chlorinated solvents represent an environ-mental issue as it impacts on ecosystems and aquifers. This kind of pollution is heavy (it is a DNAPL), not too mobile, not readily degradable and very toxic. They relate to 16% of the polluted sites surveyed by public administration. Conventional In situ monitor-ing of the treatment is expensive, invasive and can be insufficient as the information provided is restricted to vertical profiles at dis-crete locations.

In the last few decades, geophysical methods are the subject of intensive research in order to study environmental problems and determine the interaction between pollution and geophysical signal. Among the wide range of geophysical methods available, electrical geophysical tools, (i.e. Electrical Resistivity (ER) and In-duced Polarization (IP)), is well adapted in order characterized the pollution and to monitor migration of DNAPL through saturated porous medium. ER and IP measurements are made by inject-ing an electrical current into the ground between two current electrodes and making measurements of the induced voltages between two receiving electrodes in order to measure resistiv-ity (ER measurements) and the chargeability (IP measurements). These parameters depend, amongst others, on DNAPL presence and concentration.

This study is part of the SILPHES project, financially supported by the ADEME (French Environment and Energy Agency) in the framework of the Investissements d’Avenir (Future Investments).

The site had been equipped to monitor time-lapse changes in electrical properties of the subsurface with electrical resistivity (ER) and time domain induced polarization (TDIP) by systematic 2D tomography. The electrical measurements were carried out using 96 stainless steel electrodes with a spacing of one meters implanted along a line. The measurement were carried out using a Syscal Pro resistivity meters (from IRIS Instruments©, Orleans, France). Moreover, piezometrical level of the water/DNAPL inter-face was measured during the depollution process. Three succes-sive pumping phases have been carried out in order to overcome as far as possible technical limits. First step consists of pumping DNAPL in a static state, then groundwater are pumped, in a so called process “upwelling”, to induce an hydraulic pressure de-crease in the pumping well hence optimizing DNAPL accumu-lation. During this step, injection of pumped (salt) water was carried at the extremity of the site. Finally, low concentration of surfactant was injected in such pumping process to decrease in-terfacial tension and optimize DNAPL extraction again.

The result shows that the resistivity decreases along time around 8 meters depth, which matches the polluted zone defined by geochemical borehole analyses. Indeed, the salt water takes the place of the DNAPL. In fact salt water being less resistive than the DNAPL, which explains why we observe a decrease of the resis-tivity. Our results argue that electrical measurements is able to

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monitor DNAPL depollution process and will allow us to give a practical non-intrusive method of monitoring and evaluating in situ remediation.

Salle Rhône 3A

ThS 5a.2Brownfield regenerationChair: Ian Grant

Sustainable redevelopment of a complex industrial real estate portfolio – a holistic approachDirk Nuyens¹; Patrick Charbonnier²1ERM France (FR); 2ArcelorMittal Real Estate

A conceptual site model for the sustainability of brownfield re-generation for soft reuse: a case study of Port Sunlight River ParkPaul Bardos¹; Xiaonuo Li; Euan Hall; Sarah Williams; Andy Cundy; Weiping Chen1University of Brighton, Brighton (UK), r3 Environmental Technol-ogy Ltd.,

Assessing the age, location, and vapor intrusion potential of VOC sources beneath large buildingsCraig CoxCox-Colvin & Associates, Inc. (USA)

Embedding Sustainability During the Implementation of Reme-dial ProjectsCecile Rao; Paulo ValleERM EMEA (BE)

Ground gas risk assessment and mitigation in new buildings: practical application in a UK contextHannah LewisRamboll Environ (GB)

Salle Rhône 3B

ThS 2b.1Bioavailability assessment of PAHs and heavy metalsChair: Johan Ceenaeme

Measuring and modelling the dermal bioavailability of soil PAHDarren Beriro¹; Mark Cave¹; Christopher Vane¹; Russell Thomas²; Christopher Taylor³1British Geological Survey (UK); 2WSP | PB; 3National Grid Property Holdings

Bioavailability and bioaccumulation of heavy metals, PAHs and PCBs in soils from industrialized urban areasCláudia Coelho; Susete Martins Dias; Myriam Hammada; Yves Per-rodin; Jean-Philippe BedellUniversité Lyon 1, UMR 5023, ENTPE, CNRS (FR)

Using Leaching and Passive Sampling to Assess the Mobility and Bioavailability of PACs in Historically Contaminated Soils – Which Method is the Best to Use and for What?Anja Enell; Staffan Lundstedt; Hans Peter Arp; Sarah Josefsson; Gerard Cornelissen; Ola Wik; Dan Berggren KlejaSwedish Geotechnical Institute (SE)

Ultrasound probe sonication and microwave-assested extraction for rapidly extractability assessment of metals from polluted min-ing soilsSara Garcia-Salgado; M. Ángeles QuijanoUniversidad Politécnica de Madrid (ES)

Contribution of colloidal metals to apparent extract concentra-tion in leaching tests for environmental risk assessmentYukari Imoto; Tetsuo Yasutaka; Masayuki Someya; Kazuo Higash-inoNational Institute of Advanced Industrial Science and Technology (JP)

Thursday | 29 June | 11:00–12:30

Salon Roseraie 1+2

ThS 4a.3Remediation goals and strategies; technical aspectsChair: Hans Slenders

Lorentz, Gini, and Other Strange ThingsThomas Held, Kristin McClellanArcadis Germany GmbH (DE)

New approach for systametic evaluation of data regarding the risk assessment at contaminated sitesMads Møller¹; Henrik Jannerup²; Jens Aabling³; Katerina Tsitonaki¹1Orbicon A/S (DK); 2Region Zealand; 3Danish EPA

Bioremediation at a French Airport: Enhanced Reductive Dechlo-rination (ERD) as a successful stand-alone solution for the treat-ment of a large chlorinated solvent plume under difficult geologi-cal conditionsDaniel Guille1, Amelie Rognon¹; Daniel Guille¹; Kris Maerten²1ORTEC Generale de depollution / Groupe ORTEC (FR); 2REGEN-ESIS Remediation Solutions, Europe

Critical Steps in the Design of an Activated Persulfate ISCO ProjectBrant SmithPeroxyChem (AT)

Laboratory tests to investigate the effects of groundwater mobili-zation on Back-Diffusion phenomena in the saturated zoneFabio Tatti; Marco Petrangeli Papini; Paolo ViottiUniversity of Rome “La Sapienza” (IT)

Salle St. Clair 3

ThS 3a.4Bioremediation of aliphatic/aromatic hydrocarbons and fuel-additivesChair: Nora Sutton

Bacterial populations driving the biodegradation of the 4-ring PAHs benz(a)anthracene and chrysene in polluted soilsSara N. Jiménez-Volkerink¹; Joaquim Vila²; Magdalena Grifoll¹1Universitat de Barcelona (ES); 2University of North Carolina at Chapel Hill

In-situ aerobic bioestimulation of a heavily ETBE-polluted siteLaura Izquierdo¹; Diego Corcho Sánchez¹; Marc Viñas²; Miriam Guivernau²; Patricia Piñuela³, Marc Vinas1Invesoil Consultores Medioambientales sl; 2Institute of Agrifood Research and Technology – IRTA (ES); 3Compañía Logística de Hi-drocarburos, CLH S.A.

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Comparison of landfarming amendments to improve bioreme-diation of weathered petroleum hydrocarbons in Niger Delta soilsDavid Brown¹; Jonathan Smith¹; Samson Okoro²; Kim Bye Bruun²1Shell International Petroleum Co. Ltd (NL); 2Shell Petroleum De-velopment Company of Nigeria Ltd

Experimental Analysis and Modeling of Mechanisms involved in the PAH-contaminated Soil Treatment using a Slurry BioreactorDouglas O. Pino Herrera¹; Yoan Pechaud¹; David Huguenot¹; Yan-nick Fayolle²; Sylvain Pageot²; Nihal Oturan¹; Giovanni Esposito³; Eric D. van Hullebusch⁴; Mehmet A. Oturan¹1Université Paris-Est (FR); 2Irstea; 3Univiersity of Cassino and Southern Lazio; ⁴UNESCO-IHE

Salle Rhône 1

ThS 1d.4Integrated methods in assessment and monitoring IIChair: Peter Grathwohl

Fate and Transport of PFAS at an Agricultural Site Contaminated With Blended CompostThomas Held¹; Michael Reinhard¹; Rudolf-Karl Teichmann²; An-dreas Schmid²; Reiner Söhlmann³; Manfred Flittner³; Gabriel Strie-gel; Ulrich Lang⁴; Armin Durach⁴; Thomas Gudera⁵1Arcadis Germany GmbH (DE); 2Stadt Baden-Baden; 3Landratsamt Rastatt; ⁴Ingenieurgesellschaft Kobus und Partner; ⁵Landesanstalt für Umwelt, Messungen und Naturschutz Baden-Württemberg

Environmental assessments on schools located on or near former industrial facilities: feedback on the use of dilution factors for pre-diction of indoor air qualityVirginie Derycke¹; Hubert Leprond¹; Mathilde Scamps¹; Clément Zornig¹; Dominic Gilbert²1BRGM (FR); 2Ministère de l’Environnement, de l’Energie et de la Mer

Conceptualization of residual contamination using depth dis-crete monitoring of dynamic PCE concentration changes during and after remedial pumping and pumping testMette M. Broholm¹; Annika Fjordbøge¹; Klaus Mosthaf¹; Philip Bin-ning¹; Bentje Brauns¹; Theodora Tsitseli¹; Poul L. Bjerg¹; Henriette Kerrn-Jespersen²1Technical University of Denmark (DK); 2Capital Region of Den-mark

Methods and tools for the characterization of subsurface con-tamination sourceJuliette Chastanet; Jean-Marie CômeGINGER BURGEAP (FR)

Detailed characterisation on non-aqueous phase liquid migra-tion pathways in a complex coastal settingGeorge Flower; Jonathan RavenArcadis UK (UK)

Salle Rhône 2

ThS 3c.1Physical and Thermal technologies for site remediationChair: Marco Petrangeli Papini

Electrochemical elimination of PFASsAndreas Tiehm; Kathrin Rachel Schmidt; Hanna Ulrich; Michael GierigTZW: DVGW-Technologiezentrum Wasser (DE)

Soil/water upflow fluidized bed technique for selective separation of PAHs-contaminated soil fractionsEmmanuel Mousset¹; Clement Trellu; Anja Miltner²; Matthias Käst-ner²1CNRS, Université de Lorraine, UMR 7274 – LRGP; 2Helmholtz Cen-tre for Environmental Research – UFZ

Surfactant foam flushing for in situ recovery of heavy chlorinated hydrocarbons of DNAPL in an alluvial groundwaterNicolas Fatin-Rouge¹; Delphine Kaifas²; Julien Maire¹; Aurélien Triger²; Pierre-Yves Klein²; Antoine Joubert³; Alain [email protected]³; Stéfan Colombano⁴; Hossein Davarzani⁴; David Cazaux⁵; Cédric Marion⁵; Quentin Giraud⁶; Benoît Paris⁶1University of Bourgogne Franche-Comté (FR); 2Sol Environment; 3SERPOL; ⁴BRGM; ⁵INOVYN; ⁶INTERA

In situ smoldering combustion (STAR) for the treatment of con-taminated soils: challenges encountered & lessons learned in pro-viding a new remediation technology to the industryGavin Grant; David Major; Grant ScholesSavron (CA)

Thermal treatment of TCE for a 30 m deep source in graniteGorm Heron¹; Steffen Griepke Nielsen¹; Anthony Caravella¹; Erik Pearson²1TerraTherm (USA); 2Ramboll Environ

Salle Rhône 3A

ThS 5c.3Reuse and upgrading of water and soil products IChair: Haico Wevers

Advanced monitoring-modelling communication tool for opti-mising Soil Aquifer Treatment (SAT) system design & operationMarie Pettenati¹; Géraldine Picot-Colbeaux¹; Anne Togola¹; Benja-min Lopez; Nicolas Devau¹; Loic Thomas²; Axel Aurouet²; Matthieu Baïsset³1BRGM (FR); 2Géo-Hyd; 3IMAGEAU

The fate of emerging pollutants: prediction of physico-chemical properties and modelling of degradation experiments Philippe Blanc¹; Aourell Mauffret²; Nicolas Devau; Benjamin Lo-pez; Géraldine Picot-Colbeaux; Nicole Baran; Anne Togola; Marie Pettenati1BRGM (FR); 2IFREMER

Mineralogical and chemical characterization of phosphogypsum before pretreatment and valorizationDenise Blanc; Sara Bisone; Mathieu Gautier; Vincent ChatainDEEP – INSA LYON (FR)

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Pollutants retention in deposit layers of vertical flow constructed wetlands treating domestic wastewaterMathieu Gautier; Manon Kania; Boram Kim; Philippe Michel; Rémy GourdonDEEP – INSA LYON (FR)

Removal of emerging contaminants during artificial recharge through a reactive barrier: Evaluation of processesCristina Valhondo; Lurdes Martinez-Landa²; Jesús Carrera; Carlos Ayora1CSIC (ES); 2Technical University of Catalonia

Salle Rhône 3B

ThS 2b.2Bioavailability and bioindicatorsChair: Sara Garcia-Salgado

Usefulness of bioindicators of soil and plant health in ecological risk assessment of contaminated soils: A case study of a phytosta-bilization processMarina le Guedard1; Jean-Jacques Bessoule1; Hélène Ceremonie2; Olivier Faure3; Gérald Fayoll⁴; Jean-François Nau⁴; Cécile Ville-nave2; Cécile Grand⁵1University of Bordeaux (FR); 2Elisol-Environnement; 3EMSE; ⁴EODD; ⁵ADEME

Capacity of earthworm and land snail to reveal bioavailability of PCB and PCDD/F in contaminated soilNicolas Manier¹; Benjamin Pauget²; Karen Perronnet¹; Pascal Pan-dard¹; Annette De Vaufleury²1INERIS (FR); 2University of Franche-Comté

Climatic influence on PAH availibility in contrasting industrial technosolsRobin Dagois¹; Christophe Schwartz²; Samuel CoussyY³; Catherine Lorgeoux⁴; Stéphanie Ouvrard⁵; Pierre Faure⁶1Laboratoire Sols et Environnement / Laboratoire Interdisciplin-aire des Environnements Continentaux (FR); 2Laboratoire Sols et Environnement; 3Bureau de Recherches Géologiques et Minières; ⁴UMR 7359, CNRS/Université de Lorraine/CREGU; ⁵UMR 1120, INRA/Université de Lorraine; ⁶Laboratoire Interdisciplinaire des Environnements Continentaux

AHR-mediated effects and (bio)availability of polycyclic aromatic compounds of soil with different contamination sourcesMonika Lam; Maria Larsson; Magnus EngwallUniversity of Örebro (SE)

RHIZOtest: an innovative tool for phytoavailability assessment and risk management in polluted soilsLaure Lemal¹; Marine Valmier¹; Matthieu Bravin²1MetRHIZLab (FR); 2Cirad, MetRHIZLab

Thursday | 29 June | 14:00–15:30

Salon Roseraie 1+2

ThS 4a.4Remediation goals and strategies; heavy metals and radioactivityChair: Johan Ceenaeme

Management of subsurface contamination at an operational nuclear siteBertrand Leterme; Isabelle Majkowski; Matej Gedeon; Sven Boden; Diederik JacquesSCK•CEN (BE)

Dismantling a NORM waste storage facility in the acid phosphate industryMarine JacquetARCADIS France (FR)

Remediation strategy for the underground uranium leach opera-tion at Königstein (Germany) – Full flooding with residual emis-sions instead of pumping for eternityUlf Jenk; Michael PaulWismut GmbH (DE)

Statistically based decision model for lead contamination in Rot-terdamJasper Lackin¹; Arie de Niet¹; Kees de Vette²; Ilse Meijer-Verschuur²; Marc Groenenboom³; Peter Wijn³1Witteveen+Bos (NL); 2Municipality Rotterdam; 3DCMR

The management and remediation of large scale mercury con-tamination along a waste water channel in the Canton of Valais (Switzerland) – intermediate resultsDavid Trudel¹; Christoph Munz¹; Rémi Luttenbacher²; Renzo Cicil-lini²1Arcadis Switzerland (CH); 2Lonza Ltd.

Salle St. Clair 3

ThS 3g.1Combining chemical oxidation with other technologiesChair: Renato Baciocchi

Low permeability and high heterogeneity: really a no-go for in situ remediation at a reasonable cost?Laura Simone; Thomas HeldArcadis Germany GmbH (DE)

Sustainable tools for the remediation of soils and wastewater pol-luted by emerging pollutantsEmilio les Villanueva; Marta Pazos Currás; M. Angeles Sanroman BragaUniversity of Vigo (ES)

Remediation of a hydrocarbon chronically contaminated soil by combination of persulfate oxidation and bioremediationRocio Medina¹; Janina A. Rosso²; Pedro M. David Gara³; Maria T. Del Panno¹1CINDEFI (UNLP-CONICET) (AR); 2INIFTA (CONICET-UNLP); 3CIOp (UNLP)

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Multi contaminant remediation by combining in-situ chemical oxidation and airsparging – a successful case study at a challeng-ing and operating siteLiat Coifman¹; Yinon Lapid¹; Mike Mueller²1Ludan Environmental Technologies (IL); 2PeroxyChem Environ-mental Solutions

Combined ISCO Treatment In Petrochemical Explosive Zone (Class-I): Application Control And Safety ManagementKarel Waska; Petr Beneš; Jiří Kamas; Zdeněk Vilhelm; Ondřej Šnajdar; Miroslav MinaříkEPS biotechnology (CZ)

Salle Rhône 1

ThS 6c.1Spatial assessment of soil and water quality using big data and GISChair: Thomas Larsen

Spatial interpolation of big data on urban soil contamination – Autocorrelation of data from the City of CopenhagenNemanja Milosevic¹; Peter Engelund¹; Martin Jakobsen²; Kristoffer Stensbo-Smidt³; Marcos António Vaz Salles³1MOE (DK); 2The City of Copenhagen; 3The University of Copen-hagen

Compositional data analysis of geochemical soil dataJennifer McKinleyQueen’s University Belfast (UK)

An Urban Geochemical Database for Contaminated Land Man-agementJean-François Brunet¹; Hélène Roussel²; Etienne Taffoureau¹1BRGM (FR); 2ADEME

Geochemical mapping and urban allotment garden soil manage-mentBéatrice Béchet¹; Cécile Le Guern²; Liliane Jean-Soro¹; Thierry Le-beau³1IFSTTAR-IRSTV (FR); 2BRGM; 3Université de Nantes

Strategic planning of sustainable soil managementJoan Krogh¹; Benja Johannesen²1NIRAS A/S (DK); 2Vordingborg Kommune

Salle Rhône 2

ThS 3c.2Thermal technologies for site remediationChair: Wouter Gevaerts

Application of in situ thermal treatment to enhance light non-aqueous phase liquid recovery ratesNicolas Barbian; Jake Hurst; Mark Webb, Ian RossArcadis (UK)

Thermal remediation of 5-CAT, DCB, TCE and VC using a combina-tion of steam and conductive heating adjacent to a commercial railroad trackNiels Ploug¹; Max Jensen¹; Gorm Heron²; Steffen Griepke Nielsen²1Krüger A/S (DK); 2TerraTherm

Steam-air injection in fractured bedrock: completion of CHC-remediation at the site Bisworm (Villingen-Schwenningen, Ger-many)Oliver Trötschler¹; Hans-Peter Koschitzky¹; Bernd Lidola²; Isabell Kleeberg²; Stefan Schulze³1University of Stuttgart (DE); 2City of Villingen-Schwenningen; 3GEOsens

Addressing specific thermal aspects and risks in tendering In Situ Thermal RemediationsEmile Marnette¹; Bert Scheffer²; Thierry Ruffenach³; Jean-Baptiste Guerin³; David Hiez³1Tauw BV; 2Tauw bv (NL); 3Tauw France SAS

Lowering the Carbon Footprint of Thermal Remediation SystemsJames Baldock; Jennifer Brett; Simon Tillotson; Jay Dablow, Joanne PennellERM (UK)

Salle Rhône 3A

ThS 5c.4Reuse and upgrading of soil and sediment products IIChair: Haico Wevers

Beneficial use of sediments to reverse land subsidenceBruna Oliveira; Martijn Smit; Tim Grotenhuis; Huub RijnaartsWageningen University (NL)

Environmental assessment of two sediments reused in road engi-neering: feedback after one year of monitoring through the Sed-imed projectFlore Rebischung¹; Aurélien Ustache¹; Erwan Tessier²; Alain Piet-ers³1INERIS (FR); 2NEO-SUD; 3Envisan France

Beneficial Reuse of Sand from the Lower Fox River Sediment Re-mediation ProjectNeil Geevers¹; Terri Blackmar²; Richard Feeney²; Ron Dielhof¹1Boskalis Environmental (USA); 2Tetra Tech

Using cement industry wastes for improving soil properties and crop performance in EgyptMahmoud MorsyFaculty of Agriculture, Minia University (EG)

Contaminated sediments, a matter best buried!Gerben van den BergTenCate Geosynthetics (NL)

Salle Rhône 3B

ThS 1c.2Monitoring contaminant effects on subsurface biologyChair: Linda Maring

Monitoring of sediments microbial communities impacted by hy-drocarbonsCristiana Cravo-Laureau; Cyril Noel; Christine Cagnon; Fanny Ter-risse; Robert DuranUniversity of Pau (FR)

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Integrated whole-cell ecotoxicity assessment of urban wet-weather discharges on Chlorella vulgaris: interest of sub-cellular biomarkers for fast toxicity and pollution monitoringAntoine Gosset¹; Pauline Barbe¹; Rémy Bayard²; Claude Durrieu¹1LEHNA (FR); 2DEEP – INSA LYON

Combined effects of environmental concentrations of copper and arsenic on natural river sediment microbial communitiesAyanleh Mahamoud Ahmed¹; Stéphane Pesce²; Aymeric Dabrin²; Bernard Motte²; Bernadette Volat²; Christophe Rosy²; Chloé Bon-nineau²; Josiane Gahou²; Emilie Lyautey³1Irstea (FR), UR MALY/CARRTEL (USMB-INRA); 2Irstea, UR MALY; 3CARRTEL (USMB-INRA)

Microbial resources management for bioremediationOlivier Sibourg; Jean-Michel Monier; Céline Baguelin; Sandra En-tresangles; Cédric MalandainENOVEO (FR)

Microbial Dynamics and Biofilm Development in Contaminated AquifersJuan Mujica; Stephen Rolfe; Steven ThorntonThe University of Sheffield (GB)

Thursday | 29 June | 16:00–17:30

Salon Roseraie 1+2

ThS 4a.5Remediation goals and strategies; administrative approachesChair: Thomas Track

Australian Guidelines for PFAS Contamination of Soil, Surface Water and GroundwaterPeter Nadebaum; Eric Friebel; Jill Woodworth; Therese HammondGHD Pty Ltd (AU)

Investigation and remediation of multiple PFAS source zones at an airport to safeguard a water supplyJames Lemon; Dave Atkinson; Jonathan Miles; Ian Ross; Jake HurstArcadis (UK)

When it has to be done again… challenges in the management of a decade-old “remediated” legacy siteAriane Ancel¹; Amiel Boullemant²; Grant Douglas³1Ramboll Environ (FR); 2Rio Tinto; 3CSIRO

Flanders uses dynamic spatial modelling (‘RuimteModel’) for pri-oritization and sustainable management of contaminated sitesGriet Van Gestel¹; Nina Peeters¹; Nathalie Van Trier¹; Karolien Ver-meiren²; Guy Engelen², Johan Ceenaeme11OVAM (BE); 2VITO

Implications of the changes in the Polish legislation on remedia-tion issues in recent years on the sustainable management of con-taminated landKatarzyna Jankowska; Paweł GoldsztejnARCADIS Poland (PL)

Salle St. Clair 3

ThS 3b.4In situ and ex situ chemical reduction techniquesChair: Frank Volkering

DECHLORED: In situ implementation as a demonstration project of a chemical process for the reductive dechlorination of chlori-nated solvents in polluted groundwatersIoannis Ignatiadis¹; Stéphanie Betelu¹; Romain Rodrigues¹; Stefan Colombano¹; Clement Zornig¹; Patrick Epardeau²1BRGM (FR); 2BREZILLON

HCH dechlorination by zero valent iron micro and nano particlesAurora Santos¹; Carmen Dominguez¹; Sergio Rodriguez¹; Jesus Fernández²; David Lorenzo¹; Arturo Romero¹1Universidad Complutense de Madrid (ES); 2Goverment of Aragon

In Situ Chemical Reduction for the remediation of chlordecone contaminated soilsChristophe Mouvet1; Bastien Collet2; Sébastien Bristeau1; Mathilde Senergues3; Luc Rangon4; Jean-Marie Gaude5; Thierry Woignier61BRGM (FR); 2ADEME; 3APAVE; 4IRD; 5Cirad; 6University of Monte-pellier 2

Media for In-situ and Treatment of Radioactively Contaminated GroundwaterNick Atherton¹; James Graham²1Sellafield Ltd (UK); 2The National Nuclear Laboratory

Chemical Chromium(VI) reduction – how to find the right reagent?Marlies Bos; Denny Schanze; Tessa Pancras; Geert Wijn; Wim Plaisi-er; Joop Verhagen, Rudi PelgrumArcadis Netherlands (NL)

Salle Rhône 1

ThS 1d.2Biological and geochemical indicators in site assessment and MNAChair: Johan van Leeuwen

Assessment and monitoring of polluted soil using bio-indicators based on the most abundant multi-cellular organisms in soilCécile Villenave; Camille Chauvin; Anne Jimenez; Hélène Céré-monieELISOL (FR)

Natural attenuation through integrated methodologies at a for-mer manufactured gas plantJohan van Leeuwen¹; Niels Hartog²; Annemieke Marsman¹; John Parsons³; Thomas Wagner³; Olaf Brock³; Foppe Smedes4; Rick Hel-mus³; Jan Gerritse¹1Deltares (NL); 2Utrecht University; 3University of Amsterdam; 4University of ma

Towards geochemical quality indicators of urban soils. Example of the “Ile de Nantes”(France)Baptiste Sauvaget¹; Cécile Le Guern²; Chantal de Fouquet³1BRGM/Mines ParisTech PSL (FR); 2BRGM; 3Mines ParisTech PSL

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Programme Friday, 30 June

Natural attenuation of petroleum contamination in forest ecosys-tems: role of pedological and biological (microorganisms, flora and fauna) characteristics – the CONPET projectCoralie Biache; Stéphanie Ouvrard; Pierre Leglize; Apolline Au-clerc; Thierry Beguiristain; Jean-François Masfaraud; Catherine Lorgeoux; Raymond Michels; Delphine Catteloin; David Billet; Noële Enjelvin; Aurélie Cébron; Alain Rakoto; Pierre FaureLIEC – CNRS/Université de Lorraine (FR)

Marine phages as tracers for colloidal subsurface transportLukas Y. Wick; Nawras Ghanem; Bärbel Kiesel; Rene Kallies; Hauke Harms; Antonis ChatzinotasHelmholtz Centre for Environmental Research – UFZ (DE)

Salle Rhône 2

SpS 4a.1Implementation of Treatment Technologies and Innovative Remediation Practices in the USEPA Superfund ProgramOrganizers: Carlos Pachon1; Dyment Stephen1Superfund Program

Since the inception of the Superfund program in the United States, federal, state, and local governments, and private indus-try have invested billions of dollars annually to clean up sites contaminated with hazardous waste and petroleum products. A technology innovation program was established early in Super-fund for the advancement of promising state-of the-art technolo-gies and tools for streamlining and improving the cost, perfor-mance and duration of site cleanups. In this session, EPA experts from the technology innovation program present a summary of recent analyses on trends in the use of innovative technologies and engineering practices at Superfund sites.

The 90-minute session includes recent insights on the selection of treatment technologies, including an analysis of how rem-edies are combined and managed to gain maximum leverage their strengths. Combined remedies address site contamination spatially and temporally to capitalize on synergies between tech-nologies and help meet remedial action objectives. The session will also summarize findings from over two hundred remedy opti-mization efforts conducted at major Superfund remediation proj-ects. An analysis of more than 700 unique optimization recom-mendations identified five major recommendation categories; remedy effectiveness, technical improvement, cost reduction, site closure and green remediation.

Salle Rhône 3A

ThS 5a.3Regeneration of brownfields and agronomyChair: Ian Grant

Combining soil construction engineering and agronomy to value derelict industrial wastelandsRobin Dagois¹; Geoffroy Séré¹; Apolline Auclerc¹; Damien Blau-dez²; Frédéric Darboux³; Noële Enjelvin⁴; Lucas Gossiaux⁵; Sophie Guimont⁵; Jean Louis Morel¹; Frédéric Rees⁶; Marie-Odile Simon-not⁷; Christophe Schwartz¹1Laboratoire Sols et Environnement; 2Laboratoire Interdisciplin-aire des Environnements Continentaux – LIEC; 3Biogéochimie des Écosystèmes Forestiers / Laboratoire Sols et Environnement; ⁴Groupement d’Intérêt Scientifique sur les Friches Industrielles; ⁵Valterra; ⁶University of Alberta; ⁷Laboratoire Réactions et Génie des Procédés (FR)

Sustainable management of brownfield sites: the LORVER projectSophie Guimont; Marie-Odile Simonnot; Geoffroy Sere; Lucas Gossiaux; Jean-Louis MorelValterra Depollution Rehabilitation (FR)

An effective method for regenerating and upgrading the use of a large surplus contaminated land areaFouad AboGHD Pty Ltd (AU)

A study of abiotic, biotic and functional parameters of six derelict soils in the north-east of France – towards a potential use of der-elict soils as a ressourceQuentin Vincent; Apolline Auclerc; Thierry Beguiristain; Corinne LeyvalUniversity of Lorraine (FR)

Management of soil geochemical backgrounds and threshold levels in areas affected by brownfields and diffuse anthropogenic pollutionJosé Luis R. Gallego; Alicia Fernández-Braña; Carlos Boente; Elías Afif; Nerea García; Arturo Colina; Eduardo Rodríguez-ValdésUniversity of Oviedo (ES)

Salle Rhône 3B

SpS 2b.4Bioavailability vs. reactivity of organic pollutants in soils and sedimentsChair: Pierre Faure

Organizers: Pierre Faure¹; Coralie Biache²; Stéphanie Ouvrard³; Jose Julio Ortega-Calvo⁴; Joop Harmsen⁵; Kirk Semple⁶1CNRS / GISFI; 2Laboratoire Interdisciplinaire des Environnements Continentaux; 3Laboratoire Sols et Environnement; ⁴Instituto de Recursos Naturales y Agrobiología de Sevilla (IRNAS-CSIC); ⁵Al-terra; ⁶Lancaster UniversityOrganizers of the session:Jose-Julio Ortega-Calvo, Institute of Natural Resources and Agro-biology, Spanish National Research Council (CSIC), Seville, SpainPierre Faure, Laboratoire Interdisciplinaire des Environnements Continentaux (LIEC), CNRS, Lorraine University, Vandoeuvre Les Nancy, France

The (bio)availability of organic chemicals in soil and sediment is an important area of scientific research. Reactivity of organic

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contaminants can be defined by their responses to biological or chemical constrains (water leaching, degradation, transforma-tion…). Reactivity, under environmental conditions (natural at-tenuation) or facing remediation treatments, is mainly controlled by contaminant availability. To better predict the behavior of contaminant, it is essential to improve our knowledge on the link between both (bio)availability and reactivity.

The aim of this session is to discuss recent research in this field and provide some scientifically-based propositions to incorpo-rate the availability in the description of mechanisms involved in environmental matrix fate over time. The presentations proposed in the session illustrate by several examples, the interaction be-tween (bio)availability and reactivity in the context of chemical processes (remediation treatments) and biological processes (plant and microorganisms action) and the link between avail-ability and risk assessment. The presentations will provide a dis-cussion (30 to 45 min) forum for existing availability concepts and methods, for their introduction in reactivity mechanisms as well as pathways for their implementation into risk assessment.

Names of presenters and titles of presentations (20 min of presen-tation + discussion)

• Pierre Faure, CNRS – Lorraine University, Vandoeuvre les Nancy (France): How availability controls reactivity of hydrophobic contaminants in soils?

• J.-Julio Ortega-Calvo, IRNAS-CSIC, Seville (Spain): Microbial pro-cesses affecting bioavailability of hydrophobic chemicals in soil

• Stéphanie Ouvrard, INRA-Université de Lorraine, Vandoeuvre les Nancy (France): Evaluation of combined availability tools and modeling approach for PAH plant uptake prediction

• Coralie Biache, CNRS – Lorraine University, Vandoeuvre les Nan-cy (France): Thermal method as a new approach to link organic pollutant availability and reactivity in contaminated soils

• Joop Harmsen, Alterra, Wageningen (The Netherlands): Risk as-sessment of non-extractable residues in soil

• Kirk Semple, Lancaster University (United Kingdom): From bio-availability science to regulation of organic chemicals

Friday | 30 June | 9:00–10:30

Salon Roseraie 1+2

SpS 4a.2A case study on the development and regulatory approval of a mass discharge remedial target for MTBE at a fuel release siteOrganizers: Ged Sojka¹; David Granger¹; Alan Hill²1AECOM; 2Shell International Petroleum Co. Ltd (UK)

Historical release of methyl tertiary-butyl ether (MTBE) into a chalk aquifer from a petrol filling station (PFS) in the UK resulted in a MTBE groundwater plume approximately 750m long and MTBE impact at a public water supply (PWS) well. Between 2005 and 2013 non-aqueous phase liquid (NAPL) skimming, soil va-pour extraction (SVE) and total fluids extraction (TFE) were un-dertaken and removed circa 60,000 litres of hydrocarbon. Closure criteria for BTEX, naphthalene, MTBE, tertiary amyl methyl ether (TAME) and tertiary butyl alcohol (TBA) were agreed with the reg-ulators in 2012. The SVE and TFE systems were removed from the PFS site in 2013, once asymptotic recovery was reached. Regula-tory approval for completion of remediation at the PFS was re-

ceived in 2014 following validation that remedial criteria for the PFS had been met. In December 2010 a hydraulic containment system (HCS) was installed approximately 100m down hydraulic gradient of the site and was designed to break the MTBE pathway between the source and the PWS. The discharge from the HCS contains only MTBE and TAME. Once the HCS was started, MTBE concentrations at the PWS rapidly reduced to below method de-tection limit and have remained so since December 2012. Whilst remediation closure objectives were met for the PFS, and there is no risk to human health, there is a need to manage the remaining MTBE plume to prevent impact based on taste and odour at the PWS. Achievement of the concentration-based remedial target for MTBE (3.3mg/l) across the large source area with numerous wells installed at different depths with varying concentrations over time was considered difficult and an overly conservative metric for protecting the PWS. Between 2014 and 2015 detailed groundwater modelling determined that the HCS captures all of the dissolved MTBE plume (and MTBE source area) between the PFS and HCS. Mass discharge at the HCS is therefore easily calcu-lated to a much greater accuracy than inferring source zone activ-ity from measured source zone groundwater concentrations that are highly variable. A mass discharge remedial target (MDRT) for assessing remedial close-out for the MTBE plume was developed by adopting the 10th percentile abstraction rate of 9,358m3/d for the PWS (e.g. 90% of the time the PWS will be pumping at volumes greater than assumed target rate) and an agreed ceiling concentration based on taste and odour within the blended PWS water of 7µg/l. The calculated MDRT of 65g/d equates to a con-centration of approximately 227µg/l in the discharge from the HCS. The MDRT was agreed with the regulators and stakeholders including the water supply company in July 2015. This is believed to be the first time a mass discharge remedial has been agreed with the UK regulators. The groundwater model was also used to assess the effects of source-zone depletion and remediation on plume longevity and timescales to reach the MDRT at HCS. A number of scenarios were modelled which indicated natural source zone depletion would take 8–12 years from 2016 and a range of remedial actions could reduce the time frame of HCS op-eration from between 2 to 9 years.

Salle St. Clair 3

SpS 3b.5Silphes project: remediating chlorinated solventsChair: David Cazaux

Organziers: Delphine Kaifas¹; Aurélien Triger¹; Antoine Joubert²; Alain Dumestre²; David Cazaux³; Stéfan Colombano⁴; Nicolas Fa-tin-Rouge⁵; Julien Maire⁵; Benoît Castermans⁶; Pierre-Yves Klein¹1Sol Environment; 2SERPOL; 3INOVYN; ⁴BRGM; ⁵Université de Franche-Comté, UMR 6213-UTINAM; ⁶Biorem Engineering

SILPHES is a Research, Development and Innovative project dedi-cated to the development of in-situ remediation solutions for groundwater contaminated with chlorinated compounds. This project benefits from French public funds (ADEME, French Agen-cy of Environment and Energy Management) and extends over 4 years (2013–2017).

The main objective of SILPHES is to develop solutions from the laboratory scale to the in-situ pilot scale under a continuous cost-benefit approach.

It integrates several demonstrators, companies and laboratory such as chemical company (INOVYN), remediation operators (SER-

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POL, SOL Environment), soil remediation engineering companies (INTERA, MAHYTEC, SOLDATA), remediation products developer (BIOREM Engineering), Public laboratory / University (LCE/CNRS, UTINAM/CNRS) and the French geological survey (BRGM).

The pilot site is a large chloroalkali chemical plant located near Dole in eastern France. From the 1980s to 2007, a histori-cal DNAPL pool of several hectares was physically confined and monitored. A steady-state plume of chlorinated solvents has however formed downstream the source zone within a shallow sandy aquifer located above clayey bedrock at 10 meters depth. DNAPL thicknesses of 20 cm to 150 cm have been observed fol-lowing the morphology of the substratum at the source zone. The DNAPL is composed of a mix of heavy chlorinated compounds: hexachlorobutadiene (55%), hexachloroethane (14%), perchloro-ethylene (8%), carbon tetrachloride (4%), trichloroethylene (2%), hexachlorobenzene (1%) and others (16%).

The main objective of SILPHES project is to combine character-ization tools and techniques for remediation of organochlorine compounds. The complementarity of different techniques gives to the project an innovative and structuring type of dimension chain that will build on:

• The development and validation of pollution characteriza-tion techniques “source areas” and “plume zones” in order to optimize the design of pollution control units and ensure their management (Geophysical and PITT tracers, Phyto-screening / Dendrochemistry, isotopic analysis...),

• The development and validation of in situ remediation solu-tions with the demonstration of their technical and econom-ical efficiency (upwelling, soil mixing, jet grouting, surfactant and foam, innovative reducers),

• The development of a new decision support tools for future projects.

Programme:

Delineation of chlorinated solvent sources at a chlor-alkali facility using phytoscreeningMichel Chalot¹; Loic Yung; Matt Limmer; David Cazaux1Université de Bourgogne Franche-Comté (FR)

Injection and soil mixing for in situ treatment: from design to worksDelphine Kaifas¹; Aurélien Triger¹; Antoine Joubert²; Alain Du-mestre²; David Cazaux³; Stéfan Colombano4; Nicolas Fatin-Rouge5; Julien Maire5; Benoît Castermans6; Pierre-Yves Klein¹¹Sol Environment (FR); 2SERPOL; 3INOVYN; 4BRGM; 5Université de Franche-Comté, UMR 6213-UTINAM; 6Biorem Engineering (FR)

Remediation of Chlorinated Organic Compounds: Single- and Multi-Component ApproachesRomain Rodrigues¹; Stéphanie Betelu¹; Stéfan Colombano¹; Guil-laume Masselot²; Théo Tzedakis³; Ioannis Ignatiadis¹¹BRGM (FR); 2ADEME; 3LGC

Drainage-imbibition tests and pumping heavy chlorinated sol-vents in saturated porous media: measures and modeling of the effects of thermal and chemical enhancementStéfan Colombano¹; Hossein Davarzani¹; Eric van Hullebusch²; Ioannis Ignatiadis¹; David Huguenot³; Dominique Guyonnet¹; Jacques Deparis¹¹BRGM (FR); 2UNESCO-IHE Institute for Water Education, Delft; 3Université Paris-Est, UPEM

Salle Rhône 1

ThS 4c.3Strategies for managing large scale pollutionChair: Hans Slenders

The Act on Environment and Planning – instruments for local inte-grated soil managementMichiel GadellaRijkswaterstaat (NL)

COCOON: Consortium for a Coherent European Landfill Manage-ment StrategyJan Frank Mars; Fons van de SandeRijkswaterstaat (NL)

Monitoring, risk assessment and remediation of pulp and paper fiberbanks and fiber-rich sediments in the Northern SwedenLijana Gottby¹; Johan Norrlin¹; Sarah Josefsson¹; Olof Larsson¹; Lovisa Zillén Snowball¹; Anneli Persson²; Linnea Melin³; Anna Löfholm⁴; Karin Jönsson⁵; Emelie Haglund⁵; Veronica Lundgren⁶; Anna-Karin Johansson⁶1The Geological Survey of Sweden (SGU) (SE); 2County Admin-istrative Board of Norrbotten; 3County Administrative Board of Västerbotten; ⁴County Administrative Board of Jämtland; ⁵County Administrative Board of Västernorrland; ⁶County Administrative Board of Gävleborg

Assessment and Strategic Management of Australia’s Longest PFOS Groundwater PlumeRachael CassonAECOM Australia (AU)

Land use effect on nitrate storage and transport through uncon-fined Chalk aquiferGéraldine Picot-Colbeaux¹; Dominique Thiéry¹; Nicolas Devau¹; Josse Marine²; Nicolas Surdyk¹; Hubert Péru³; Marie Pettenati¹; Marc Parmentier¹; Laurent André¹1BRGM (FR); 2SIEP du Santerre; 3AGROSOL

Salle Rhône 2

ThS 3h.1Other technologiesChair: Francis Garrido

From Laboratory to Site; Field Performance of Liquid Activated Carbon (LAC) – Lessons Learned from Multiple Geological SettingsGareth Leonard; Jeremy BirnstinglREGENESIS Remediation Solutions, Europe (GB)

Innovative photocatalytic luminous textile for water remediationLina Lamaa¹; Laure Peruchon¹; Cedric Brochier¹; Chloé Indermuh-le²; Eric Puznat²; Chantal Guillard²1Brochier Technologies (FR); 2IRCELYON

Mobilization of LNAPL: 2D Tank ExperimentsMarinos Stylianou¹; Konstantinos Kostarelos²; Agapios Agapiou1University of Cyprus (CY); 2Chemical and Biomolecular Engineer-ing Department, University of Houston

Soil washing solution reuse – Selective degradation of hydropho-bic organic pollutants entrapped in micelles by anodic oxidationClément Trellu; Yoan Pechaud; Nihal Oturan; Mehmet A. OturanUniversité Paris-Est, UPEM (FR)

Sorption of MTBE by ZSM-5 and modified ZSM-5 in aqueous solu-tion and soilYunhui Zhang; Abir Al-TabbaaUniversity of Cambridge (UK)

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Salle Rhône 3B

ThS 1c.3Isotope Analysis based MonitoringChair: Mathieu Gautier

Assessment of chlorinated ethene biodegradation in an anoxic aquifer using a multiple-lines-of-evidence approachAnnika Beckmann; Anko Fischer; Andreas Jahnel; Petra BombachIsodetect GmbH (DE)

Compound specific isotop analysis used to identify the origin of VOCs in indoor environment – Internal sources versus sub-surface contaminationTrine Jepsen; Mariam Wahid; Ida Damgaard; Nina Tuxen; Thomas LarsenOrbicon A/S (DK)

Monochlorobenzene contaminated site characterization by the use of 37Cl, 13C and 2H-Compound-Specific Isotope Analysis (CSIA), Biological Molecular Techniques (BMTs) and Numerical ModelingMassimo Marchesi; Ilaria Pietrini; Matteo Antelmi; Luca Alberti; Tatiana Stella; Andrea Franzetti; Danilo Antonelli; Francesca De Ferra; Ramon Aravena; Orfan Shouakar-StashPolitecnico di Milano (IT)

Stable isotope analysis and probabilistic modelling for the char-acterization of nitrate pollution in groundwaterArno Rein; Anja Wunderlich; Florian EinsiedlTechnical University of Munich (DE)

Evaluation of sources and sinks of hexachlorocyclohexane (hch) isomers within a contaminated aquifer using compound-specific stable carbon isotope analysis (CSIA)Safdar Bashir; Kristina Hitzfeld; Matthias Gehre; Hans-Hermann Richnow; Anko FischerIsodetect GmbH (DE)

Salle Rhône 3A

ThS 6b.1Water and Subsurface management in the context of climate changeChair: John Flyvbjerg

High groundwater table in a Danish town – Challenges and op-portunities in a climate adaptation perspectiveAnja Melvej¹; Henrik Larsen¹; Rolf Johnsen¹; Anders Juhl Kallesøe²; Thomas Gad³; Benny Nielsen⁴; Jesper Bjergsted Pedersen⁵1Central Denmark Region (DK); 2GEUS; 3Herning Municipality; ⁴Herning Water Utility; ⁵Aarhus University

Third river of Zwolle, the use of the deep groundwater system in the urban area of Zwolle for climate adaptation and water reten-tionAndreas van Rooijen¹; Renate Postma¹; Koen Weytingh²; Reinder Slager³1City of Zwolle (NL); 2Toekomststerk; 33Dimensies

Dependence of green infrastructure on groundwater quality and quantity for effective ecosystem services deliverySuzanne van der Meulen; Reinder Brolsma; Sophie Moinier; Frans Van de VenDeltares (NL)Sustainable management of soils is a benefit for allRachelle Verburg; David Thelen; Paul Van den Elsen; Hans Slen-dersArcadis Netherlands (NL)

Managing groundwater in changing climate to support regional developmentHanna Zydor; Victor Sposito; Robert FaggianDeakin University (AU)


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Technical Tours

ants have already been extracted, impacts off site are still being observed, with high concentrations of HVOCs (up to 48 g/kg of soil) that has not previously been treated, present between 7 and 10 meters deep. Currently, a treatment combining air sparging and soil venting is deployed on site to contain the pollution. Addi-tionally, remediation work is conducted upstream, by injection of soy bean oil as electron donor to reductively promote dechlorina-tion of HVOCs. ADEME is also funding a R&D project (REMWATCH) coordinated by the French company ENOVEO in partnership with Colas Environnement, which aims at monitoring in situ biostim-ulation treatment efficiency in real-time using an innovative microbial-based biosensors (NODE), developed by ENOVEO. The sensor exploits indigenous microbes to sense the presence of the substrate injected in the groundwater. Performance monitoring using this novel technology allows to detect the presence of organic substrates in groundwater in real-time and consequently to determine the extent and the duration of the injection of soy bean oil in the aquifer of the site.

Visit 4Research Ecotox Platform – Ecoparc Rovaltain

Location: Rovaltain-Valence, Rhone Valley, 100 km South from Lyon

The Rovaltain research platform on environmental toxicology and ecotoxicology focusses on the evaluation and prediction of risk for health and the environment caused by toxic agents, notably those emanating from the presence of contaminants in soil and water compartments of the sub-surface. This equipment unique in Europe, consists of 4 environmentally-controlled chambers, exposure and analytic labs, conference hall and training rooms. The tour, organized by the Scientific Foundation of Rovaltain and the Rovaltain Research Company, will include a presentation of the platform and a visit of various laboratories and demonstra-tion halls.

Visit 5PROVADEMSE Platform – Feasability studies for contaminated land and sediments

Location: Villeurbanne, few kms from conference venue

PROVADEMSE is a platform for the development of ecotechnol-ogies. It provides skills (engineers, researchers and technicians) and technical resources (laboratories, test platforms,...) and assists in implementing projects for the sustainable management of raw materials resources, water and energy. For the last 15 year,

Visit 1Neoter®: Management and re-use of materials recovered from contaminated land management (excavated soils)

Location: Ternay, 25 km South of Lyon

This tour proposes the visit of Neoter® platform. The Suez Neoter® platform is a brand new management and re-use center for contaminated excavated soils and sediments. The platform concept allows to have the best economic approach and choice of solutions and to secure and ensure full traceability of soil through a Geographic Information System (GIS). It is located in Ternay, on Rhône River side, providing great access for fluvial transportation of contaminated materials.

Visit 2Société Publique Locale CONFLUENCE: Large scale integrated urban brownfieldredevelopment

Location: Lyon City Center

The area located at the confluence of the Rhône and Saône was for decades home to industrial and logistics activities deemed undesirable for the city centre. Their gradual disappearance freed up an urban treasure for Lyon: 150 hectares of land to be redevel-oped in the heart of the metropolitan area. The visit will include a presentation of this large scale redevelopment by the Société Publique Locale (SPL) at the House of Confluence (The permanent exhibition is regularly updated, but based on essential tools: physical models and real-time 3D experiences that let you step into the project, with a film, interviews, a newspaper) and a visit of the Lyon Confluence area.

Visit 3Real time monitoring of in situ bioremediation using an innovative biosensor

Location: Quincieux, 30 km North from Lyon

A former metal manufacture site located in Quincieux (Rhône, France) showing abnormal HVOCs concentrations in soil, water and air, was assessed to be unsafe for site’s neighbors and a nearby drinking water catchment. After two first remediation steps and following JEC company’s liquidation in 2014, ongoing remediation work is being carried out by the French environment and energy management agency, ADEME. While more than 5.5 tons of pollut-

Technical Tours on Friday, 30 June 2017in parallel • 15 € • start: 12:30 h • end: approx. 17:30 h • start & end at the congress centre • packed lunches

The technical tours of the AquaConSoil conference will match the overall themes of the conference. All tours will be conducted in English, and transport to and from the sites will be provided from the conference centre by bus (as far as necessary; otherwise public transport/walk).

Your field trip booking shall only be valid if both your conference and your excursion fee have been paid into the conference account in full. In case that an excursion is overbooked, the order of registrations and payment will be decisive. If you are interested in taking part in a field trip that already is fully booked, please contact the conference secretary in order to get on the waiting list. In case that you have to cancel your participation in a field trip, please let the conference secretary know at the soonest. There may be other conference delegates on the waiting list for this field trip.

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Technical Tours

Provademse undertook treatability studies on contaminated soils, including biological treatment, oxido-reduction treatment, stabilization solidification treatment, thermal desorption.

Cancelled: Visit 6Le Chambon – Feugerolles, Urban redevelopment of degraded land

Visit 7GRS Valtech French thermal treatment center of Hydrocarbons-polluted soils

Location: St Pierre de Chandieu, Valo Terra

In 2004, GRS Valtech has opened the first French thermal treatment centre of Hydrocarbons-polluted soils in St Pierre

de Chandieu (France), Valo Terra. At the service of all industrial manufacturers, municipalities, development companies facing problems related to soils impacted by hydrocarbons, this centre enables a complete and homogeneous treatment of soils, with no time- or space-related constraints.

This fixed thermal treatment centre for polluted soils ensures, initially, volatilization of the pollutants, followed by their destruction at almost 850°C. The soils, which are then free from their pollutants, are recycled in landfills, landscaping or the redevelopment of old quarries. There are many benefits: Simplified administrative requirements with rapid acceptance and treatment of the soils to be treated, full guarantee with soil traceability (centre subject to permit issued by Prefecture), a process based on clean technology and savings on energy, a complete treatment enabling general-purpose conversion with soil recycling.

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Exhibitors

BRGM

BRGMHEAD OFFICE – SCIENTIFIC AND TECHNICAL CENTRE3, avenue Claude-Guillemin | BP 3600945060 Orléans Cedex 2Francewww.brgm.eu

BRGM, the French geological survey

BRGM is France’s reference public institution for Earth Science applications in the management of surface and subsurface re-sources and risks.Its activities are geared to scientific research, support to public policy development and international cooperation. Key objectives : • Understanding geological processes and associated risks,• Developing new methodologies and techniques,• Producing and disseminating data to support the manage-

ment of soils, subsoils and resources,• Delivering the necessary tools for the management of soils,

subsoils and their resources, risk prevention and policy re-sponses to climate change.

Building on geology as its core competence, BRGM develops ex-pert knowledge in resource management, risk management and innovative ecotechnologies. These activities are organised into 10 main topic areas that ad-dress the industrial and social challenges of today: geology, min-eral resources, geothermal energy, geological storage, risks, post mining, water, polluted sites and soils, waste, meteorology and laboratories, information systems.

Arcadis

Arcadis ESG9 avenue Réaumur92354 Le Plessis RobinsonFrance

www.arcadis.com

Arcadis is the leading global Design & Consultancy firm for natu-ral and built assets. Applying our deep market sector insights and collective design, consultancy, engineering, project and manage-ment services we work in partnership with our clients to deliver exceptional and sustainable outcomes throughout the lifecycle of their natural and built assets. We are 27,000 people active in over 70 countries that generate € 3.3 billion in revenues. We sup-port UN-Habitat with knowledge and expertise to improve the quality of life in rapidly growing cities around the world.

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Cornelsen

Cornelsen Unit 26 Southfield Road Trading EstateNailsea BS48 1JJUnited Kingdomwww.cornelsen.co.uk

Soil and Groundwater Remediation Systems and Technologies

Cornelsen delivers innovative, robust and reliable systems, tech-nologies and services for the remediation of contaminated land and the treatment of groundwater.

Operating internationally from the UK and Germany and widely recognised for excellence in remediation system design, process safety and compliance, we guarantee our competence to oper-ate, maintain and above all optimise our systems day in day out to meet project performance and up-time specifications.We have years of experience developing and delivering a wide range of soil and groundwater remediation systems including In-situ and ex-situ thermal technologies, In-situ chemical oxidation (ISCO) as well as more typical SVE, DPE and MPE systems through-out Europe and beyond. Our ATEX rated remediation feasibility pilot testing system (Pilot Trailer) is State of the Art complete with remote data logging.

Cornelsen is proud to be partnered with:

• Reconsite GmbH delivering their ISTD and Steam Sparg-ing expertise and technologies across Europe;

• Savron Inc. delivering their STAR and STARx smouldering combustion expertise and technology across Europe; and

• TRS Europe Ltd. delivering their Electrical Resistive Heat-ing (ERH) expertise and technology to the UK and Germany;

• Industrial Water Treatment and Filtration.

Cornelsen has vast experience of water treatment and waste-water treatment and can deliver bespoke systems to suit your demands. As an official distributor for Amiad, Cornelsen offers sales, installation, repairs and maintenance of Amiad Industrial Water Filtration Equipment and can advise on suitable filtration or filtration upgrades with an on-site audit of your existing water pumping systems to provide a clear follow on solution tailored to your requirements

Cornelsen is also proud to be supporting Nuclear New Build in the UK for the filtration of groundwater. Our technologies include reverse osmosis, micro-filtration and ion exchange at signifi-cant flow rates.

Carus

Carus Europe S.L.C/ Rosal, 4 – 1ºB33009 OviedoSpain

www.caruscorporation.com

Carus Corporation has been an active participant in the reme-diation industry since the late 1990s. Our Carus Remediation Technologies (CRT) team is dedicated to the support and growth of in situ chemical oxidation (ISCO – RemOx®, RemOx SR®, OBC®), aerobic and anaerobic bioremediation (CAP18®, ABC®, OBC®, IXPER®, OXYGEL®), in situ chemical reduction (ISCR – ABC+®), and other emerging technologies.

Remediation is complex and in situ chemical oxidation is even more complex. Carus Remediation Technologies focuses on taking things that are complex and simplifying them, SIMPLIFIED SCIENCE. The definition of simplified science is to make the skill or technique of in situ remediation easier to implement. When looking for a remedial solution, there is no need to complicate the treatment method more than in situ treatment already is.

Exhibitors

Cornelsen Umwelttechnologie GmbhGraf-Beust-Alle 33Essen 45141Germany

36

Exhibitors

Deltares

DeltaresP.O. Box 1772600 MH DelftThe Netherlands

www.deltares.nl

Deltares is an independent institute for applied research in the field of water and subsurface. Throughout the world, we work on smart solutions, innovations and applications for people, envi-ronment and society. Our main focus is on deltas, coastal regions and river basins. Managing these densely populated and vulner-able areas is complex, which is why we work closely with gov-ernments, businesses, other research institutes and universities at home and abroad. Our motto is Enabling Delta Life. As an ap-plied research institute, the success of Deltares can be measured in the extent to which our expert knowledge can be used in and for society. For Deltares the quality of our expertise and advice comes first.

Knowledge is our core business

All contracts and projects, whether financed privately or from strategic research budgets, contribute to the consolidation of our knowledge base. Furthermore, we believe in openness and trans-parency, as is evident from the free availability of our software and models. Open source works, is our firm conviction. Deltares employs over 800 people and is based in Delft and Utrecht.

Aquaconsoil Beside being the initiator and one of the organisers of Aquacon-soil, Deltares will present on new knowledge and innovations contributing for example to a better asset management in the urban environment, to a European Strategic Research Agenda on Soil, Land Use and Land Management or to the recovery of valuable resources helping in building a circular economy. Del-tares will also share new insights with respect to the assessment and monitoring of polluted sites for example Monitored Natural Attenuation and present how green infrastructure depend on groundwater quality and quantity for an effective ecosystem ser-vices delivery.

Environium | Envirotecnics

Environium36, av du Maréchal de Lattre de Tassigny66160 Le Boulou France

www.environium.com

Environium is a company specializing in the supply of equip-ment and technical products for applications in diagnosis, re-mediation, bioremediation, chemical oxidation and other new methods of soil remediation.

Environium is located in the South of France and we are working closely with our sister company named Envirotecnics in Spain.

We are provider of instrumentation for monitoring, sampling, decontamination, pumping and drilling.

Soil and groundwater decontamination technologies have evolved considerably in recent years. The market for the en-vironment has led to the emergence of many specialized products for in-situ pollution control of contaminated soil and groundwater. These products are intended to improve the bio-logical activity or to act directly in saturated and unsaturated are-as by chemical reactions.

We have different products and equipments to serve and to as-sist every need in bioremediation. An experienced team of tech-nicians can do the technical assistance and guidance during the whole process.

The products provided allow the degradation of contaminants in an environmentally responsible and safe manner.

In order to offer you the best products on the market, and a high quality service, ENVIRONIUM has naturally turned to interna-tionally renowned companies. We provide a range of equipment and products developed for the decontamination of soil and groundwater.

Our customers are mainly:

• Soil and water decontamination companies.• Waste Management companies.• Public administration.• Industry groups (oil, chemicals...).• Environmental consultancy companies.

37

Exhibitors

Geovariances

Geovariances49 bis avenue Franklin Roosevelt77210 AvonFrance

www.geovariances.com

Founded in 1986, Geovariances is a French independent software vendor with an international vocation. Our solutions, based on rig-orous and innovative geostatistics, address our client issues related to mapping, resource estimation or risk analysis.

Geovariances has developed a real know-how and a professional expertise confirmed by more than 30 years experience in applying geostatistics to support mine exploration, oil exploration, nuclear dismantling and contaminated site industries.

Geovariances offers the most comprehensive solution based on geostatistics: software packages, consulting services, expertise and training.

The company develops and sells four software packages:

• ISATIS, comprehensive software solution for geostatistics;• KARTOTRAK, dedicated software solution for contaminated

site characterization;• KARTOTRAK.ONE, fast characterization solution for all your re-

mediation projects; • MINESTIS, dedicated software solution for mineral resource

estimation and geological domain modeling.

Key figures:

• Number of employees: 40• Headquater in France• 1 subsidiary office in Australia and 1 in Brazil• Turnover : + 5 M €• + 500 company customers over the world• + 3,500 software users over the world

The French Consortium ofAquaConSoil 2017

It gathers several members of AllEnvi alliance on environment re-search – University of Lyon, brgm namely – and two scientific inter-est groups – GISFI in Nancy and GIS EEDEMS in Lyon – dedicated to brownfield management and environmental assessment, as well as the competitive cluster for the chemical and environmental sec-tors, AXELERA and regional instances as the Grand Lyon Métropole and Auvergne Rhône Alpes region.

Scientific research in the environmental field, ranging from diagno-sis, process behavior to remediation and management solutions, are particularly well developed and renowned in France, carried out by research institutions, universities and companies. New solu-tions are tested, developed and implemented to meet water and soil issues under global changes around the world.

A presentation of activities, results of projects will be presented at the booth, with emphasize on GISFI, GIS EEDEMS and AXELERA (especially the project IDfriches initiated by Auvergne Rhône Alpes region and driven by AXELERA, CERF, ENVIRHONALP, INDURA).

https://www.grandlyon.com

https://www.auvergnerhonealpes.fr

http://lyon-university.org

https://www.axelera.org

http://eedems.com http://www.gisfi.fr/index_fr.htm

http://www.brgm.fr

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Exhibitors

Isodetect

Isodetect GmbHDr. Anko Fischer & Dr. Petra Bombach Deutscher Platz 5b 04103 LeipzigGermanywww.isodetect.de

ISODETECT provides monitoring services in groundwater reme-diation and drinking water protection. Isotopic and microbial tools are applied to explore microbial degradation and contami-nant sources. Contaminant degradation processes can be quan-tified in situ by compound-specific stable isotope analysis (CSIA) of 13C/12C, 2H/1H or 37Cl/35Cl. Within a plume, chlorinated ethenes, BTEX and other pollutants exhibit a proportional increase of their isotope signatures due to biodegradation. Moreover, the isotopic fingerprint of contaminants can be used to discriminate sources for forensic purposes. Another tool for selected pollutants (e.g. PAH) is the application of in situ microcosms (BACTRAPs) with 13C-labelled compounds. Investigations on microbial genes (qPCR) or specific metabolites, laboratory experiments, or a classical isotope hydrology survey can be combined. In a nutshell, ISODE-TECT offers multiple lines of evidence to use natural attenuation for cost-effective remediation concepts.

For further contacts see our website www.isodetect.de. There, you will find closer informations on the feasibility of tools and a list of our publications and R&D projects. Alternatively, directly con-tact Heinrich Eisenmann in Munich ([email protected]; +49(0)89-3187-3086) or Anko Fischer in Leipzig ([email protected]; +49(0)89-355-35855).

Isodetect GmbHDr. Heinrich Eisenmann Ingolstädter Landstr. 1 81764 Neuherberg/Munich Germanywww.isodetect.de

IFlux

www.ifluxsampling.com

iFLUX – Envision Groundwater in Motion

iFLUX developed an innovative groundwater monitoring solution to explore speed and direction of pollution flow underground over a certain period. Trustworthy flux results provide soil experts key insights to reduce the risk and uncertainty of soil contamination management. iFLUX measurements deliver accurate and essential information to perform fast and cost-efficient soil remediation. Check our technology at www.ifluxsampling.com or contact us: [email protected] Why iFLUX?

Trustworthy groundwater monitoring to assess soil contamination is a challenge. Current methods for the determination of move-ment of pollution in groundwater use no direct measurements but only simulations. This entails large uncertainties which cause reme-diation failures and higher costs for contaminated site owners. iFLUX introduces a flux sampler that provides direct and accurate measurements of groundwater and pollution movement. Our cus-tomers receive a clear analytical report containing detailed and reliable flux data, with comprehensible graphs and maps of the designated field. This leads to a novel approach of dynamic soil contamination man-agement in a more cost-effective and faster manner.

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Exhibitors

KRÜGER VEOLIA

Krüger A/S Gladsaxevej 363 2860 SøborgDenmarkwww.kruger.dk/soilremediation

Krüger’s Soil Remediation Department is specialized in and has delivered In Situ Thermal Soil Remediation for more than 10 years. We have a perfect track record on many large and complicated sites.

We do believe that to succeed in giving our clients the best service and value for money, it is not only a matter of technology but also the meaning of excellence in all phases of the remedy from design to execution and management.

Our mission is to perform efficient soil and groundwater reme-diation of contaminated land in strong and confident-building relationships with our clients and business partners.

ISOTOPE TRACER TECHNOLOGIES EUROPE | IT2E

Isotope Tracer Technologies Europe Srl IT2E)Lab: Viale Ortles 22/420141 MilanoItalywww.it2europe.com

Tel: +39-02-56660193Cell: +39-389-9122304Fax: [email protected]

Office:Viale Lombardia 1120131 MilanoItaly

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Exhibitors

RAMBOLL

Ramboll EnvironImmeuble Le Cézanne155 rue de Broglie13100 Aix-en-Provence Francewww.ramboll-environ.com

Ramboll Environ is the global Environment and Health practice of leading engineering, design and consultancy company, Ramboll. Trusted by clients to manage their most challenging environmental, health and social issues, Ramboll Environ has more than 2,100 staff worldwide. Ramboll works across the areas of Buildings, Transport, Planning and Urban Design, Water, Environment and Health, Energy, Oil and Gas, and Management Consulting, and has more than 13,000 experts across 300 offices in 35 countries.

We work with clients to manage the process of site closure planning, decommissioning, demolition, soil and groundwater remediation, contaminated sediment management, and envi-ronmental permit surrender. We have a long history of helping clients manage the risks associated with contaminated sites. As a global Site Solutions practice, we draw on multidisciplinary specialists throughout the world to provide solutions to many of our clients’ most challenging contaminated sites.

Our key site solutions services include environmental site assess-ment; site investigation; ecological impact assessment; human health and ecological quantitative risk assessment (QRA); site closure, decommissioning, and demolition; remedy assess-ment, design, implementation and verification; environmental restoration; environmental data management (management of large data sets using state-of-the-art geographical informa-tion systems (GIS), complex toxicological data assessment and selection); contract management; and expert advisory services including expert testimony, technical litigation, third-party veri-fication, regulatory liaison and strategic advice.

PeroxyChem

PeroxyChem EMEA HeadquartersBeethoven 15, Sobreático08006 BarcelonaSpainwww.PeroxyChem.com

Attention: Environmental Consultants, Engineers, and Contractors. PeroxyChem is a specialty chemicals company which, through our Environmental Solutions division, provides you with an unparal-leled portfolio of field-proven and innovative remediation technolo-gies. These chemistries are designed to support soil, sediment and groundwater treatment of in situ and ex situ applications. PeroxyChem is a global provider of soil and groundwater remedia-tion technologies. We manufacture most of our products in-house, ensuring high quality control and fair pricing. We pride ourselves on seeing all projects through from start to finish – with a dedicated field support staff to help you develop remedial designs and solutions. The Team:• Total of 25 professionals • 7 PhD level scientists available for your support Experience:• 20,000,000 tons of soil successfully treated through 2016• Deployed on thousands of sites globallyCapabilities:• World class laboratory focused on research and treatability

studies• Technical support throughout the project lifecycle – from

remediation design to implementation Our scientific disciplines include: 1. In Situ Chemical Oxidation (ISCO):Introduction of strong chemical oxidizers directly into the contami-nated medium (soil and/or groundwater) to destroy organic con-taminants in place. 2. In Situ Chemical Reduction (ISCR):Physical, chemical, and biological processes combine to create an extremely reduced environment that stimulates chemical and mi-crobiological degradation of persistent compounds, and stabilisa-tion of heavy metals.3. Aerobic Bioremediation:Addition of oxygen and nutrients to accelerate naturally occurring bioremediation through natural biological processes. 4. Bioremediation or Enhanced Reductive Dechlorination (ERD):The use of proprietary biological agents, such as bacteria (metabo-lism), plants or any carbon source (biostimulation), to remove con-taminants in polluted soil or groundwater.5. Immobilisation/Stabilisation:Prevents or slows the release of heavy metals from contaminated groundwater, soil, sediment, and sludge. How can we help you address your remediation challenges? Stop by and ask us about our risk-sharing performance warranties, turn-key treatment capabilities, and fair market pricing.

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Exhibitors

REGENESIS

REGENESISThe TramshedBeehive Yard, Walcot StreetBath BA1 5BBUnited Kingdomregenesis.com/eur

Your groundwater remediation partner

REGENESIS is the world’s leading provider of environmental solutions for in situ groundwater remediation. In Europe, we have offices located in Ireland, United Kingdom, Belgium and Italy. We offer a suite of innovative remediation products and specialist application services, which are used every working day across Europe. Our technical team is here to help our customers choose from a range of solutions to optimise treatment, reduce risk, and save money.

Our offer:• Remediation design and technical support• 14 innovative in situ remediation technologies• Site application and project management• Treatment of a wide range of contaminants, at all concentrations• Minimisation of site disturbance and cost• Pilot studies• Performance-based solutions

Integrated treatment approach

We combine biological, chemical and physical remedies in order to optimise the treatment of a wide range of contaminants across varying site conditions. This results in significant project cost and time savings for our clients.

To date, more than 26,000 sites have been successfully remediated with this integrated approach, using REGENESIS tech-nologies such as Oxygen Release Compound (ORC Advanced) and 3-D Microemulsion (3DMe) for stimulating bioremediation, PersulfOx and RegenOx for chemical oxidation. Our latest tech-nology PlumeStop represents a revolution in aquifer remediation, providing rapid and permanent treatment to extremely low targets in weeks.

Research and development

From new idea, through proof of concept, to field-testing; the REGENESIS R&D Department is continually working on innova-tive and new products designed specifically for the remediation market. We listen to the needs of our clients and create injectable technologies that push the boundaries of in situ remediation and challenge the expectations of the industry.

Trusted turn-key solutions

Clients choose our injection services for the implementation of in situ remedies to ensure results. We are dedicated to the success of each project, providing certainty regarding site application, meeting remedial objectives, and health and safety standards on site.

Ribble Enviro LTD

Ribble Enviro Ltd (part of the Ribble Group) and Distributor of the VAPOR PIN®Unit 3-5 Gisburn Business ParkGisburn, Nr ClitheroeLancashire, BB7 4JP, United Kingdomwww.ribble-enviro.co.uk

Ribble Enviro Ltd can provide you with Gas Monitors for Rental/Hire, Sales or Service from the World’s leading Gas Detection and Soil-Gas Manufacturers.You will have access to the widest range of Competitive Rental Monitors and Soil-Gas Devices available throughout Europe, all with next day delivery. You will have a ‘One Stop’ Service for maintenance, including Service, Calibration, Repair and breakdown of your own Gas Monitor’s or Gas Detection systems, with options including: - return to our authorised workshop or engineer visit to your Site, guaranteed call out and support packages are available. We can provide you with support for Portable and Installed Gas Detection Systems. We are authorised, trained and ready to respond to your needs, with a network of engineers and service partners Europe wide.Personal, Portable, Semi Transportable (Area monitoring) Fixed Installations, associated support products like the unique Vapour Pin System for under Slab Vapour Intrusion Monitoring, Calibra-tion Gas, Detection Tubes. You will have the choice and breadth of product and support that is required for your demanding business.The VAPOR PIN®, a unique, patented, re-usable sub-slab sampling device, has a variety of applications, including but not limited to: Sub-slab soil gas sampling, pressure testing, stray gas evaluations, source area characterization and mitigation progress monitoring. Traditional methods are time consuming, expensive, and prone to leaks. The VAPOR PIN® is designed specifically to eliminate many of the problems and gives professionals a mean of collecting high quality, low-cost samples within minutes. Advantages of the VAPOR PIN® include: No Leaks, No Grout, Reusable, less cost, installs in minutes, improves spatial resolution. **NEW VAPOR PIN® DESIGN** allows direct connection with Swagelok fittings, compression fittings, quick connect fittings and TO-17 samplers.The technical support we offer you for your Gas Detection appli-cations, problems, correct product selection is class leading. Do you require a Photo Ionisation Detector (PID) for contaminated land surveys? A personal benzine detector for ground work issues? What about a temporary wireless system to hire for the tank bund repair? Training in the use or maintenance of your own fleet of monitors? The list of our instruments and job applications is so varied and too long to list here. Ribble Enviro Ltd is part of the Ribble Group, a BSI 9001 registered company. Our tag line is ‘everything gas detection’. This is what we aim to provide you…our customers, present and future.Thank you for taking the time to read this short note about the company I created and have been proud to lead for over 12 years.Gavin K Stronach MD Ribble [email protected]

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Exhibitors

SUEZ

www.suez.com

A well-known experience: Thanks to more than 30 years of experiment in the field of the sites and polluted soils, SUEZ REMEDIATION with 400 remediation experts treated more than 2 million tons of polluted soils per year.A comprehensive and bespoke service for the rehabilitation of contaminated sites: SUEZ REMEDIATION brings complete solutions of treatments of sites and polluted soils with proven and innovative technologies with a strategy, a design and services adapted: • Site evaluation, Management plan & Risk Assessments: to qualify and to quantify possible present on-surface pollutants, in soil and in groundwater and take measures of management, studies of risks and modellings to end in a compatible site, in term of sanitary risks.• Engineering and Design for sites remediation: Faced with increasingly complex remediation projects, the designing of tailor-made solutions is paramount to ensure the success and quality of the services, both economically and environmentally.• In situ remediation operations: Treatment of soils in situ are made without excavating, using conventional or innovative processes for treating all types of pollutants, from hydrocarbons to perchlorates.• On site remediation operations and mobile units: After excava-tion, the soil is treated on site by different methods: biological treatment using biopile method or a design, construction and operation of mobile units can be realized all over the world.• Off site remediation operations with 20 treatment centers in Europe: with a complete service provided with soil excavation and aims to : identify the excavated soils by mesh treatment and analysis, identify the best soil elimination and acceptance system, manage and optimize transport logistics and provide complete traceability of excavated soils.• Brownfield: A full redevelopment project including acquisition, site remediation and adaptive re-use can be study.• Sea, inland waterways, land transport and exportation of polluted soils or dangerous waste: Complete services including administrative approach to respect local and European rules and performs those transfers with a dedicated team to optimize multi modal transport. • UXO Clearance: A department specialized in pyrotechnical decontamination of civil or military sites is able to do uxo survey, upload the ammunitions, identify and destroy if necessary.A customer recommendation: Through 500 international remedi-ation projects per year, major industrial groups in oil, chemistry, metal, pharmacy trust and recommend SUEZ REMEDIATION as well as communities, public companies or Ministry of Defense for their remediation projects.A group expert: SUEZ is an industrial solutions and services group specialized in the reuse and safeguarding of resources, with extensive known how in water, water treatment, consulting and reuse and recycling of waste.SUEZ REMEDIATION present in 4 European countries (France, Belgium, Nederland’s, Germany), are able to provide our knowledge inside and outside Europe according to the support of the SUEZ Group present on the 5 continents for the preserva-tion of water resources and reuse of contaminated soils.

RNAs

RNAS Remediation Products 6712 West River Road Brooklyn Center, MN 55430 USAwww.RNASinc.com

RNAS Remediation Products is a leading provider of bioremedi-ation products for in situ soil and ground water remediation. For more than a decade, RNAS has provided millions of pounds of innovative products to our clients around the world. Our Newman Zone® emulsified vegetable oil (EVO) was the first, off-the-shelf EVO designed for bioremediation. We have continued to develop industry leading products and offer a full suite of bioremedia-tion solutions. Bioremediation using our crop-derived electron donors is helping the remediation industry move toward a green and sustainable future.

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Exhibitors

TenCate Geotube®

TenCate Geotube® Hoge Dijkje 27442 AE NIJVERDALThe Netherlandswww.tencate.com

TenCate Geotube® high volume sludge dewatering & contain-ment in one, reduces transport volumes of hydraulically dredged sludge. Often allows them to be used as construction material for landscaping, dike and berm restoration. Cost effective. Short processing times. High social acceptance guaranteed.Mail address: [email protected]

TRS Europe

TRS EuropeMaxwellstraat 31Postbus 174 • 6710 BD EdeThe Netherlandswww.thermalrs.com

Thermal Remediation Services Europe, B.V. (TRS Europe) offers unparalleled experience performing Electrical Resistance Heating (ERH) for the in situ thermal remediation of volatile and semi-volatile organic compounds in soil, groundwater and bedrock. TRS Europe is a combined effort between HMVT and TRS Group, Inc. (TRS) and has been in operation since 2012. TRS has completed more ERH projects in the U.S. (>150) than all other vendors combined. Further, approximately one third of the projects include guaranteed fixed price remediation (GFPR) contracts and we have the largest equipment fleet in the world. Global partners extend to Brazil (TRSDOXOR) since 2009, and more recently China (TRS China, LLC).

TRS Europe is a strong believer in providing outstanding service and fair pricing that is transparent to our clients. Our culture is to work cooperatively with our clients to solve project challenges and not make contracts grow with change orders.

The staff supporting the TRS Europe projects are experienced with an easy to work with culture. The expertise and talents of our project team allow us to offer unique capabilities that provide the highest value to our clients.

In addition to in situ thermal, TRS Europe is combining ERH with heat enhanced hydrolysis, bioremediation, and chemical oxidation to provide Heat Enhanced Plume Attenuation (HEPA®) Remediation. These processes provide a combination of low and high temperature approaches and is an important part of an overall heat-based remedial program that can dramati-cally decrease the time required for a total contaminant plume solution while providing higher certainty at lower cost.

TRS Europe recently completed a successful ERH project in Belgium, with another installation currently underway at a site in France. An additional project in France is under contract and scheduled for remediation in 2017, as well as a pilot in Germany.

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GRS Valtech is also able to offer and manage all aspects of the treatment process: • In situ: sparging, stripping, chemical oxidation, venting,

slurping, in-situ thermal desorption, etc.• On site: Physical and chemical treatment, thermal desorption,

biological treatment, etc.• Off site: use of dedicated biological and thermal treatment

centers and treatment of materials by approved subsidiaries.

Moreover GRS Valtech is one of a few companies in the market that designs and manufactures its own treatment units. This approach was chosen in order to provide reliable and high perfor-mance machinery.

Finally, through the actions we have taken in the areas of quality, hygiene, health, safety and the environment, we have been awarded the following certifications:• ISO 9001 (Quality Management)• ISO 14001 (Environmental Management)• OHSAS 18001 (Health management, workplace safety)• MASE (Business safety improvement manual)• Certification of service providers in the area of polluted sites

and soils, in area B “Rehabilitation engineering works” and C “Rehabilitation works”

• CEFRI E (radiation protection).

Valtech

GRS Valtech2/4, avenue des CanutsCS 6032069517 Vaulx-en-Velin CedexFrancewww.grsvaltech.fr

GRS Valtech, subsidiary of SARP Industries (Veolia Group), is a French company which operates in two key environmental areas:• Land use regeneration through the conversion of polluted sites

and soils and groundwater remediation• Biogas, leachate and industrial effluent management.

With more than 25 years of experiences and a large range of refer-ences all over the world, GRS Valtech is a pioneer and leader in its areas of expertise. It owes this position to the quality of services it delivers and the ability of its teams to provide innovative, respon-sible solutions. GRS Valtech has a dedicated organization and operational teams who are able to take action all over the world.

GRS Valtech has developed significant expertise in the field of polluted soils and groundwater remediation such as:• Regeneration of industrial waste lands• Treatment of sites still in use• Site surveillance• Health and safety works following accidental pollution • Regeneration of former waste storage centers

Exhibitors

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General Information

Language

English is the official conference language.

Name badges

Delegates are asked to wear the name badges at all time while at the conference site. If you lose your badge, a new one can be purchased upon proof of your original registration at the confer-ence desk.

Lost & found

For lost and found personal belongings, please contact the conference desk.

Breaks & meals

Coffee / tea is served during the morning and afternoon breaks at catering points located in the exhibition area. Lunch is served on Tuesday, Wednesday and Thursday in the exhibition area.

AquaConSoil 2017 publication opportunities

Presenters at AquaCoSoil2017 have two options for publishing their work:

1. AquaConSoil special issue of Science of the Total Environ-ment (STOTEN) journal. Science of the Total Environment is an international journal for publication of original research on the total environment.(see also www.aquaconsoil.org).

2. Publication of a full paper, related to the presentation, in the AquaConSoil Proceedings. This option is open to both scientific papers and papers that have a more practical character. The Proceedings do not involve peer review (see also www.aqua-consoil.org).

Registration and Conference Desk

Opening hours:

Conference venue, registration counter

Monday, 26 June, 17.00–19.00 h

Tuesday, 27 June 8.00 – 18.00 h

Wednesday, 28 June 8.00 – 18.00 h

Thursday, 29 June 8.00 – 18.00 h

Friday, 30 June 8.00 – 13.00 h

Instructions for oral presentations

Duration of oral presentations: 15 min.; additionally, there will be about 3 min. for discussion of each paper.

All conference rooms are equipped with computers and a video projector. Please bring your presentation files saved on USB stick.We suggest PowerPoint or PDF (Acrobat).

Upload the presentation in your lecture hall latest in the break before your session starts. An assistant will help you to upload your slides.

In case of using videos or audio files, please inform the organizing team as soon as possible.

Poster awards

Three best posters of (PhD) students will be selected by a jury and awarded. The selected posters will be awarded during the Closing Session.

Internet / Wireless LAN access

Access to the internet will be available in the complete confer-ence area.

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What’s it about?

• Latest trends and technologies• Short, bilateral meetings to foster effective networking in an

informal setting• Getting to know key R&D players offering services to companies• Matching organizations offering or seeking solutions

Why to participate?

• Showcase your most favourable products and projects• Meet face-to-face new partners and customers• Initiate cross-border contacts and cooperation• Find new commercial/technological/research partners• Present, discuss and develop new projects

Matchmaking Event

After the successful first edition of the Matchmaking Event at the previous AquaConSoil conference in Copenhagen in 2015, Aqua-ConSoil 2017 will, again, organize a Matchmaking Event.

This event offers to the delegates the opportunity to schedule bilateral meetings with other delegates. Such experience will enhance great opportunities for scientists, companies and policy makers to extend and enforce their network and to start new cooperation activities.

Being more than just a conference, AquaConSoil brings together communities from across diverse sectors to learn, share, innovate, experience and discover the future of sustainable use and management of soil, sediment and water resources. As an added-value to your participation, we would like to invite you to the matchmaking event at AquaConSoil.

Matchmaking at AquaConSoil 2017Wednesday, 28 June 2017, Conference Centre, Roseraie 3 | all conference day

How to register on-site in Lyon for the Matchmaking Event

For registration: Please send an email to [email protected]. Instructions and further information is being sent to you by email as soon as possible. Please note: There is a maximum of 200 delegates that can participate in the Matchmaking Event. First come, first serve.

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short welcome speeches, fingerfood and drinks will be served, jetlagged colleagues will be very happy to see you (again)…

Events

Welcome Reception at the Conference VenueMonday, 26 June 2015 • 18:00 – 19:00 h • included

The reception will take place in the AquaConSoil 2017 Exhibi-tion Hall at the conference venue, Lyon Convention Centre. After

2. bus C1 direction Gare Part-Dieu Vivier MerleStop at Gare Part-Dieu Vivier Merle (12 min) + Tramway T1 direction Debourg

Stop at Hôtel de Région-Montrochet (21 min)

Please note: No public transport will be available after midnight.

The Lyon tourist information recommends:

TAXI RADIO DE LYON

Tel. +33 (0)4 72 10 86 86

(or ask the Selcius staff, they will be happy to help you)

Conference Dinner at the SelciusThursday, 29 June 2017, 20:00 h | entrance from 19:30 hLe Selcius, 43 Quai Rambaud, 69002 Lyon | quarter Confluence | www.selcius.frPrice: EUR 60.00

Don’t miss a great evening at SELCIUS, the place to be in a Lyon summer night! On the banks of river Saône, enjoy friendly club atmosphere, a buffet-style dinner and drinks. As the sun sets, your chill-out mood will get a boost by fancy music put on by the Selcius DJ himself.

How to get from the conference venue (Lyon Convention Centre at Cité internationale) to the Selcius (you may buy tickets directly in the bus):

1. bus C4 direction Jean MacéStop at Saxe-Préfecture (16 min) + Tramway T1 direction Debourg

Stop at Hôtel de Région-Montrochet (17 min)

From the tram stop to the Selcius:

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BRGM

www.brgm.eu

The BRGM – Carnot Institute is the French geological survey orga-nization and France’s public reference institution in earth science applications for the management of surface and subsurface resources and risks. Its activities are geared to scientific research, support to public policy development and international coopera-tion. It implements research partnerships with industrial sectors and businesses of every size with the aim of delivering innovative management solutions for a range of topic areas including soils and subsoils, raw materials, water resources and prevention of natural and environmental risks. About 1,000 staff include more than 700 engineers and researchers.

Our main key objectives are:

• UNDERSTANDING: geological phenomena and associated risks• DEVELOPING: new methodologies and techniques;• PRODUCING AND DISTRIBUTING: data to support the manage-

ment of soils, subsoils and their resources;• DELIVERING: the necessary tools to support the management

of soils, subsoils and their resources, risk prevention and policy responses to climate change.

Geology, our core competence, is the hub around which the BRGM develops expert knowledge on resource management, risk prevention and innovative ecotechnologies. More specifically, on WATER, core activities of the BRGM focus on water resource management, studies on hydrosystems functions and their pres-ervation, identifying untapped reserves and studies on climate change impacts on water resources, especially their repercus-sions for drinking water supplies, flooding and drought and the consequences for users. We are closely involved in studies on the mechanism governing contaminant transfers and water pollution including from diffuse sources and by emerging pollutants. On ENVIRONMENT and ECOTECHNOLOGIES, we apply an integrated approach to the management of contaminated sites and soils. Our priority areas are polluted sites, soils and sediments and the management of post-consumption, industrial and mining waste, from the characterisation of the bio-hydrogeochemical mechanisms governing pollutants mobility and transfer and environmental impact assessment through to the development or assessment of processes to rehabilitate degraded sites or to recover primary and secondary mineral materials. In order to address those two activities and to decline them in R&D, public policy development and international cooperation actions carried out in all regions in France, BRGM has facilities and compe-tence in terms of laboratories and experimentation as well as on information systems. In the field of environment, we develop and manage permanent databases such as BASIAS, an inventory of former potentially polluting industrial sites, ADES about water quantity and quality of groundwater and are in charge of the groundwater observatory boreholes network (about 1500) in the framework of the Water Framework Directive.

Sponsors

AXELERA

www.axelera.org

Competitive cluster Axelera fosters the development of innova-tive, competitiveness-enhancing technologies with the capacity to add value to industrial projects at the crossroads of the chemical, environmental, and energy sectors.Axelera was created in 2005 by six founding members: ARKEMA, the French National Center for Scientific Research (CNRS), ENGIE, IFP Energies nouvelles, SOLVAY, and SUEZ.The cluster also enjoys the support of four financing partners: the French government, the Auvergne-Rhône-Alpes regional govern-ment, the Greater Lyon intermunicipal authority, the Greater Grenoble intermunicipal authority.

AXELERA Funding Partners

The cluster leverages a strong foothold in the Auvergne-Rhône-Alpes region – a major European center for industry - to roll out an ambitious international development strategy. Axelera has built up and coordinates a network of chemical- and environmental-sector players spanning business, research, and higher education to orchestrate R&D projects across five strategic pillars: renewable raw materials; eco-efficient factories; chemicals and materials for manufacturing industries; recycling and recyclability; and the preservation and restoration of natural and urban areas (e.g. sustainable use and management of soil, sediment and water resources). Axelera is driving innovation, and earning recognition for its strong results. The French government ranked Axelera one of the country’s best-performing clusters in a 2012 nationwide assess-ment and the EU gave AXELERA its prestigious Gold label for excellence in 2014 and 2016. With more than 345 members and 286 cluster-certified R&D projects representing total spending of around €800 million, AXELERA – one of France’s top-performing clusters is paving the way for tomorrow’s innovations.AXELERA gathers major companies, SMEs and academic teams. Concerning the management of soils, sediments and waters they work among others in the field of environmental diagnosis as well as remediation.The active support of AXELERA in the organization of ACS 2017 is directly connected to the regional industrial brownfield reha-bilitation project called IDfriches, initiated by Auvergne Rhône Alpes and gathering 4 organizations: AXELERA, CERF, INDURA and ENVIRHONALP. The project is cofunded by the European Union throught ERDF (European Fund for Economic and Regional Development).

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Sponsors

Ademe

www.ademe.fr

The French Environment and Energy Management Agency (ADEME) is active in the implementation of public policy in the areas of the environment, energy and sustainable development.

The Agency provides expertise and advisory services to busi-nesses, local authorities and communities, government bodies and the public at large, to enable them to establish and consoli-date their environmental action. As part of this work, ADEME helps finance projects, from research to implementation, in the areas of waste management, soil conservation, energy effi-ciency and renewable energy, raw materials savings, air quality, noise abatement, circular energy transition and food wastage abatement.

ADEME’s activities in the field of contaminated sites and soils cover 3 main vectors, which are

• operations to secure orphaned contaminated sites: ADEME assumes the execution of project management operations at orphaned contaminated sites following decisions made by the government. These have to do with such highly diverse operations as: securing sites by removal and elimina-tion of waste, monitoring of the surroundings, maintaining clean up installations, impact and risk analyses and assess-ments, and clean up actions;

• brownfields renewal: ADEME supports and develops actions to prevent urban sprawl and soil sealing in a particularly competitive world for land uses. So, brownfields represent potential underused land to achieve a more sustainable urban planning goal and ADEME has been developping a system of technical and financial assistance directed to public and private parties involved in brownfields renewal;

• developing knowledge: ADEME organizes and contributes to the financing of research and innovation for the purpose of improving the methods and tools on identification and treatment of contaminations. ADEME actively supports research partnerships by favoring the closer relations between final users and researchers in order to optimize the effectiveness of research efforts.

ADEME is a public agency under the joint authority of the Ministry for Environment, Energy and Sea and the Ministry for National Education, Higher Education and Research.

Universitéde Lyon

www.universite-lyon.fr

The Université de Lyon is a consortium of higher-education and research institutions (COMUE: Communauté d’universités et établissements) located within the two neighboring cities of Lyon and Saint-Étienne. The Université de Lyon is the main French higher-education and scientific center outside the Paris metro-politan area, composed of 4 public universities, 7 grandes écoles and the CNRS (the French National Center for Scientific Research), forming a group of 12 member institutions. The Université de Lyon also assembles 19 associated institutions, offering specific disciplinary training programs. Altogether, the Université de Lyon regroups 137,600 students and 168 public laboratories.

The Université de Lyon implements and manages large strategic projects with the regional authorities (Région Auvergne-Rhône-Alpes, Métropole de Lyon, Saint-Étienne Métropole), as well as a large network of public and private companies.

The Université de Lyon builds its international recognition on the great quality of its faculty members, research teams and teaching departments in all fields of knowledge, and more particularly in three strategic domains:

• Bio Health and Society,• Science and Engineering for Sustainable Society,• Urbanity and Humanities.

In cooperation with its network of member and associated insti-tutions, the Université de Lyon implements joint research centers, offers high-quality targeted internship programs and organizes scientific and academic symposiums. It also coordinates PhD programs for the 17 Doctoral Schools and fosters strategic inter-national partnerships.

The Université de Lyon works as a powerful brand promoting its institutions, academic communities, institutional partners, as well as the Lyon Saint-Étienne area, in the same way as renowned international university brands.

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GRS

www.grsvaltech.fr

GRS Valtech, subsidiary of SARP Industries (Veolia Group), is a French company which operates in two key environmental areas:

• Land use regeneration through the conversion of polluted sites and soils and groundwater remediation

• Biogas, leachate and industrial effluent management.

With more than 25 years of experiences and a large range of refer-ences all over the world, GRS Valtech is a pioneer and leader in its areas of expertise. It owes this position to the quality of services it delivers and the ability of its teams to provide innovative, respon-sible solutions. GRS Valtech has a dedicated organization and operational teams who are able to take action all over the world.

GRS Valtech has developed significant expertise in the field of polluted soils and groundwater remediation such as:

• Regeneration of industrial waste lands• Treatment of sites still in use• Site surveillance• Health and safety works following accidental pollution • Regeneration of former waste storage centers

GRS Valtech is also able to offer and manage all aspects of the treatment process: • In situ: sparging, stripping, chemical oxidation, venting,

slurping, in-situ thermal desorption, etc.• On site: Physical and chemical treatment, thermal desorption,

biological treatment, etc.• Off site: use of dedicated biological and thermal treatment

centers and treatment of materials by approved subsidiaries.

Moreover GRS Valtech is one of a few companies in the market that designs and manufactures its own treatment units. This approach was chosen in order to provide reliable and high perfor-mance machinery.

Finally, through the actions we have taken in the areas of quality, hygiene, health, safety and the environment, we have been awarded the following certifications:

• ISO 9001 (Quality Management)• ISO 14001 (Environmental Management)• OHSAS 18001 (Health management, workplace safety)• MASE (Business safety improvement manual)• Certification of service providers in the area of polluted sites

and soils, in area B “Rehabilitation engineering works” and C “Rehabilitation works”

• CEFRI E (radiation protection).

Sponsors

Metropole

www.grandlyon.com

Remarkably, the territory of Metropole de Lyon addresses many topics presented by the 2017 AquaConSoil congress.

It includes:• a territory with a long and dense industrial history but also

with a lot of active industries in multiple sectors (more than 10,000 former industrial sites have been identified)

• a strong dynamism related to the number of urban develop-ment projects dedicated to redevelop former industrial sites

• the location of head offices of France’s largest environmental and remediation companies (Veolia, Suez, Serpol, Colas, etc.), who have developed soil treatment facilities and platforms for valuation of excavated soils

• a European cluster for chemistry and the environment named Axelera that coordinates an operational innova-tion strategy in the field of soil and groundwater pollution control

• a public contracting authority (Metropole de Lyon) which is one of the leading French authorities and pioneers on these issues.

The redevelopment of former industrial sites is specifically being tackled in the Metropole de Lyon through effective anticipation and preparation, which allows a better optimization of the urban development projects, urban planning decisions and possible land acquisitions: the brownfield issue is fully taken into account since the start of each and every project. Starting from this basis, the question of polluted soils is integrated in advance, from the draft of the territorial mission through all stages of project devel-opment and completion.

Having an integrated, dedicated, and professional staff as of 2004, which operate in a transversal way, the Metropole de Lyon has developed a high level of internal expertise regarding polluted soils and the safe management of excavated soils, particularly to ensure the mitigation of health risks. The Metropole de Lyon is endowed with a wide range of operating tools (such as precise location of former industrial sites linked to current cadastral parcels, geochemical background database, etc.).

Considering the wide range of urban project conducted by the Metropole de Lyon, the city has become a strategic and innova-tive player in the contaminated land remediation and reuse of excavated soils with renowned European expertise.

Julien CorreaPolluted soils project [email protected]

Guillaume EynardInnovation project manager for cleantechInnovation and economic action [email protected]

de Lyon VALTECHVEOLIA

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Sponsors

SOLVAY

www.solvay.com

Who we are Solvay is a multi-specialty chemical company, committed to developing chemistry that addresses key societal challenges. Solvay innovates and partners with customers in diverse global end markets. Its products and solutions are used in planes, cars, smart and medical devices, batteries, in mineral and oil extrac-tion, among many other applications promoting sustainability. Its lightweighting materials enhance cleaner mobility, its formula-tions optimize the use of resources and its performance chemicals improve air and water quality. Solvay is headquartered in Brussels with around 27,000 employees in 58 countries. Net sales were € 10.9 billion in 2016, with 90% from activities where Solvay ranks among the world’s top 3 leaders. Solvay SA is listed on Euronext Brussels and Paris and in the United States its shares are traded through a level-1 ADR program.

Our marketsRapid population growth, ever faster innovation, and increas-ingly scarce resources are profoundly transforming consumer behavior. Based on our innovative technologies and long-lasting expertise, we have developed a strong positioning on seven markets in order to capture future growth through anticipation, innovation and agility. At Solvay, we collaborate closely with our customers and strive to gain a deep understanding of their businesses. Fully in tune with global economic and social trends, our Research and Inno-vation teams anticipate the impact of ongoing changes on their products and services. We help increase the value of our customers’ own innovations and make them more sustainable.

Resources and environment: affordable resources and envi-ronment protectionOur sustainable solutions for the oil and gas, mining, and energy generation and storage sectors help our customers offer their own consumers energy-efficient and environmentally-friendly products and services. We supply products tailored to the specific needs of all the key phases in the oil and gas value chain: exploration, production, stimulation, transport and refining. For the mining industry, our specialty reagents enable customers to improve productivity and reduce operating costs for the recovery of many metals and minerals. A number of our solutions are used to produce and store renewable energies and to improve energy efficiency. We also focus on environmental protection, supporting air and water treatment and soil remediation.

A passion for innovationEmulating the scientific passion of our founder, Ernest Solvay, we are deeply committed to pushing the boundaries of science and technology in order to shape the future. It is what led us to support the Solar Impulse project over a decade ago.Our Research and Innovation teams thus play a core role in our business. Their ability to work closely with our customers to push forward disruptive innovations beneficial to both manufacturers and end-users is one of the hallmarks of our success. Collaborative innovation is also crucial to us. We currently manage more than 100 Open Innovation projects around the world.

SUEZ

www.suez.com

A well-known experience

Thanks to more than 30 years of experiment in the field of the sites and polluted soils, SUEZ REMEDIATION with 400 remediation experts treated more than 2 million tons of polluted soils per year.

A comprehensive and bespoke service for the rehabilitation of contaminated sitesSUEZ REMEDIATION brings complete solutions of treatments of sites and polluted soils with proven and innovative technologies with a strategy, a design and services adapted: • Site evaluation, Management plan & Risk Assessments: to

qualify and to quantify possible present on-surface pollutants, in soil and in groundwater and take measures of management, studies of risks and modellings to end in a compatible site, in term of sanitary risks.

• Engineering and Design for sites remediation: Faced with increasingly complex remediation projects, the designing of tailor-made solutions is paramount to ensure the success and quality of the services, both economically and environmentally.

• In situ remediation operations: Treatment of soils in situ are made without excavating, using conventional or innovative processes for treating all types of pollutants, from hydrocar-bons to perchlorates.

• On site remediation operations and mobile units: After excava-tion, the soil is treated on site by different methods: biological treatment using biopile method or a design, construction and operation of mobile units can be realized all over the world.

• Off site remediation operations with 20 treatment centers in Europe: with a complete service provided with soil excavation and aims to: identify the excavated soils by mesh treatment and analysis, identify the best soil elimination and acceptance system, manage and optimize transport logistics and provide complete traceability of excavated soils.

• Brownfield: A full redevelopment project including acquisition, site remediation and adaptive re-use can be study.

• Sea, inland waterways, land transport and exportation of polluted soils or dangerous waste: Complete services including administrative approach to respect local and European rules and performs those transfers with a dedicated team to optimize multi modal transport.

• UXO Clearance: A department specialized in pyrotechnical decontamination of civil or military sites is able to do uxo survey, upload the ammunitions, identify and destroy if necessary.

A customer recommendationThrough 500 international remediation projects per year, major industrial groups in oil, chemistry, metal, pharmacy trust and recommend SUEZ REMEDIATION as well as communities, public companies or Ministry of Defense for their remediation projects.

A group expertSUEZ is an industrial solutions and services group special-ized in the reuse and safeguarding of resources, with extensive known how in water, water treatment, consulting and reuse and recycling of waste.SUEZ REMEDIATION present in 4 European countries (France, Belgium, Nederland’s, Germany), are able to provide our knowledge inside and outside Europe according to the support of the SUEZ Group present on the 5 continents for the preserva-tion of water resources and reuse of contaminated soils.

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Sponsors

eedems

www.eedems.com

Founded in 2001, EEDEMS is a network of high-level scientific expertise in the field of environmental assessment of waste, effluents, materials, contaminated soils and sediments.

It brings together seven R&D institutions: INSA Lyon, BRGM, ENTPE Vaulx en Velin, CSTB Grenoble, EMSE St Etienne, IRSTEA Lyon and INSAVALOR. Its general objectives are to develop coop-erative research in environmental engineering and contribute to a better structuring of the scientific community in the field and diffusion of its works.

The network is a think-tank to its members, which allows them to develop synergies with the other members, improves the relevance of their R&D responses to environmental issues and increases their visibility within regional, national and european orientations (such as the smart specialization strategy).

EEDEMS develops multi- and inter-disciplinary cooperative research programs, supports and promotes research projects at master and PhD levels on emerging or priority topics, contributes to regional, national and international seminars and workshops, and stimulates coordinated actions of the scientific community. It also contributes with INIST CNRS to the free-access publication of the peer-reviewed journal “Déchets, Sciences et Techniques” edited by INSA Lyon and available at:http://lodel.irevues.inist.fr/dechets-sciences-techniques/

The network operates via its Scientific Council (CGST) and its Advisory Council (COS).

President : Francis Garrido (BRGM) Coordinator : Prof. Rémy Gourdon (INSA Lyon)

20, avenue A. Einstein,69621 Villeurbanne cedex,France

Scientific network for environmental assessment of waste, effluents, materials, contaminated soils & sediments

GISFI

www.gisfi.fr

GISFI is a multidisciplinary public consortium of the University of Lorraine, Cnrs, Inra, Brgm and Ineris in France, created in 2000 to increase scientific knowledge on degraded ecosystems and contaminated soils. The GISFI also aims to stimulate innovation and develop eco-technologies for the cleaning and restoration of degraded and contaminated urban and industrial sites. GISFI is composed of ten research groups (Lse, Georesources, Liec, Lppme, Lrgp, Bef, Erpi, Interpsy, Ineris-Pole Risk, Brgm-3SP(D3E) representing a wide range of disciplines (geosciences, biology, ecology, chemistry, chemical engineering, risk, innovation, social sciences, geography). Work is carried out with transversal projects (e.g. Oxysol, Multipolsite, Lorver, Bioxyval, Agromine, Memotraces) funded by Lorraine Region, Anr, Ademe, EU and companies private.

GISFI benefited from strong support from the French govern-ment, the Lorraine Region, the Meurthe-et-Moselle General Council, and the European Union, which enabled the acquisition of scientific equipment and the construction of an in situ experi-mental platform. The platform has large lysimeters that allow near-field 1:1 scale studies, which produce original data and provide long-term monitoring. The platform is not only devoted to basic research but also to the development and evaluation of the performance of new technologies to clean soil and restore soil functions.

Partnerships with companies and public institutions are a main characteristic of GISFI activities, involving site owners (e.g. Arce-lorMittal, EPF Lorraine) and soil remediation companies (e.g. Brézillon, Colas, CREGU, Econick, Element-Earth, EODD, ICF / Envi-ronment, Microhumus, GISFI-Tech Progepi, SEA-Marconi, Serpol, Sita-FD, Sol Environment, Soleo-Services, Tauw France, Valterra). GISFI-Tech is an R&D tool designed to provide companies with the scientific skills and equipment to optimize and develop their services and products.

GISFI focuses its activities on large-scale sites and is involved in the in situ restoration of ecosystem services and the subsequent reuse of degraded areas. The 2015–2021 project concerns the develop-ment of scientific knowledge on persistent pollution in urban and industrial environments. It also involves in situ treatment of persistent pollutants (e.g. PAHs and metals), and restoration of soil functions and ecosystem services to produce fibre, energy, metals and possibly food, to increase biodiversity and C-storage in relation with environmental and health problems.

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Sponsors

VALGO

www.valgo.com

VALGO is a leading company for the restoration of polluted sites in Europe, offering “turn-key” environmental remediation solutions.

An integrated service offer

VALGO has designed a unique brownfield rehabilitation process from requalification to its economic redeployment:

• In-house control of engineering works and technical skills of Remediation and Deconstruction.

• Complete works/projects management.• Management of Property Development operations/programs.

VALGO brings together the synergies created by its special-ized and complementary expertise and skill sets, through its3D framework:

Deconstruction > Decontamination > Development

Active asset management

With our innovative, highly effective “3D” concept, we can:

• Improve land value, through a full management of environ-mental risks.

• Promote brownfields acquisitions to enable regeneration.• Ensure technical, financial and legal expertise for land and

property re-conversion.

VALGO provides clients with support throughout each project:

• Integrated operations & project management• Significant time savings• Financial and risks protection

Remediation services

VALGO serves its partners with the aim of implementing the most effective and suitable techniques, for all types of pollution and soils: engineering, remediation works, operations’ monitoring, audit and research.

PERFORMANCE GOALS

VALGO emphasizes for each project:

• treatment techniques restricting landfilled final waste,• optimized treatment techniques according to the project’s

constraints,• on-site or in-situ treatment,• brownfield rehabilitation and upgrading.

SERPOL

www.serpol.fr

SERPOL, a leading remediation company in France (25 Mio. Euros of turnover), develops its activities thanks to multidisciplinary teams of 160 top level technical specialists (geologist, chemist, civil engineers, lab technicians) and skilled operators applying quality and security management procedures. SERPOL is located in seven agencies in France (Lyon, Paris, Mont-pellier, Bordeaux, Nantes, Strasbourg and Cap Breton) and one in Spain (Barcelona).

SERPOL expertise are recognized for more than 30 years over 1,000 references, including large international companies (BP, EDF, Exxon, SMB, Total…), in:

• Soil, groundwater and industrial site remediation,• Landfills clean-up and exploitation (biogas valorization,

leachates treatment, waste sorting processes),• Hazardous waste management,• Asbestos removal.

R&D: SERPOL is studying and developing innovative treatment techniques that offer its customers new technologies that are more efficient and respectful of the environment. NANEAU®, BACTEAU® and ROSEAULIX®, proven technologies and trade-marks are the result of this R & D work.

INTERN-LABORATORYFrom the evaluation of treatment feasibility to the optimization of a process, SERPOL carries out pilot tests in its own laboratory simulating different treatments:• physicochemical: flushing, coagulation/flocculation, adsorp-

tion, etc.• chemicals: soil stabilization, oxidation, reduction, etc.• biological: bio-stimulation / bio-augmentation, reed planted

filters, rhizodegradation, etc.

DEPOLLUTION UNIT TREATMENT DESIGN: In the context of sustainable development, SERPOL focuses on on-site and in-situ technologies. The latter require continuous optimization of water and gas treatment processes (venting, stripping, sparging, filtra-tion,…). Engineers and technicians design and implement the latest developments in a 1200 m2 equipment and unit center located in Lyon (69).

ENVIRONMENTAL ASTREIN: Created on the basis of environ-mental emergency interventions (transport accidents, pyralene transformers), SERPOL displays its reactivity as the main value of the company. Its experienced managers rely on specific means and a network of qualified partners to respond urgently to various environmental problems.

SERFIM HOLDING: SERPOL is part of the SERFIM holding, an independent group of 1 600 employees, with a turnover of € 245 million, that offers to its public and private clients a wide range of activities over the last 140 years. Specialized in public works (Energy, Water, Structures, Road), environmental professions (Depollution, Recycling, Urban cleanliness), Technologies for Information and Communication, and Real Estate, our companies share the same innovative spirit.This innovation is naturally scientific and technical, but is also found in the management of our capital. The group has had five generations of managers and belongs 100% to those who work there. An independence of which we are proud and which allows us to privilege the human heritage.

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Works phase, to adapt the technology’s application, taking into account pollution, specificity of the land and logistical constraints, in the event of unforeseen events or emergence of new facts. Our ongoing remediation work is regularly monitored and controlled to ensure their performance.

Research & Development

With the aim of developing new remediation techniques for the future, VALGO Scientific Committee seeks innovation, such as improving existing processes, technology transfer and inventive creation. Recent techniques include ISCR and ISCO, Thermal Desorption, or Soil Washing.

Main BUSINESS SECTOR is related to Industry, as O&G, chemicals, power plants, military sites…

The Laboratory

The VALGO Scientific and Technical Department is equipped with its own laboratory, ensuring both reactivity and optimization for each project, to its partners.

VALGO’s lab is owns facilities for samples’ preparation, state-of the-art devices and analysis equipment.The Department is involved throughout each project’s life cycle:Upstream, to inform, explain and communicate the principles, operations and new technologies to employees, partners and clients.

Study phase, to provide the most appropriate response, based on actual tested data, determine remediation technique, validate a choice, size a process, improve a response, refine a price or respect a schedule.

Sponsors

VALGO cont.

Works phase, to adapt the technology’s application, taking into account pollution, specificity of the land and logistical constraints, in the event of unforeseen events or emergence of new facts. Our ongoing remediation work is regularly monitored and controlled to ensure their performance.

Research & Development

With the aim of developing new remediation techniques for the future, VALGO Scientific Committee seeks innovation, such as improving existing processes, technology transfer and inventive creation. Recent techniques include ISCR and ISCO, Thermal Desorption, or Soil Washing.

Main BUSINESS SECTOR is related to Industry, as O&G, chemicals, power plants, military sites…

The Laboratory

The VALGO Scientific and Technical Department is equipped with its own laboratory, ensuring both reactivity and optimization for each project, to its partners.

VALGO’s lab is owns facilities for samples’ preparation, state-of the-art devices and analysis equipment.The Department is involved throughout each project’s life cycle:Upstream, to inform, explain and communicate the principles, operations and new technologies to employees, partners and clients.

Study phase, to provide the most appropriate response, based on actual tested data, determine remediation technique, validate a choice, size a process, improve a response, refine a price or respect a schedule.

VALGO cont.

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REGENESIS

REGENESISThe TramshedBeehive Yard, Walcot StreetBath BA1 5BBUnited Kingdomregenesis.com/eur

Your groundwater remediation partner

REGENESIS is the world’s leading provider of environmental solutions for in situ groundwater remediation. In Europe, we have offices located in Ireland, United Kingdom, Belgium and Italy. We offer a suite of innovative remediation products and specialist application services, which are used every working day across Europe. Our technical team is here to help our customers choose from a range of solutions to optimise treatment, reduce risk, and save money.

Our offer:• Remediation design and technical support• 14 innovative in situ remediation technologies• Site application and project management• Treatment of a wide range of contaminants, at all concentrations• Minimisation of site disturbance and cost• Pilot studies• Performance-based solutions

Integrated treatment approach

We combine biological, chemical and physical remedies in order to optimise the treatment of a wide range of contaminants across varying site conditions. This results in significant project cost and time savings for our clients.

To date, more than 26,000 sites have been successfully remediated with this integrated approach, using REGENESIS tech-nologies such as Oxygen Release Compound (ORC Advanced) and 3-D Microemulsion (3DMe) for stimulating bioremediation, PersulfOx and RegenOx for chemical oxidation. Our latest tech-nology PlumeStop represents a revolution in aquifer remediation, providing rapid and permanent treatment to extremely low targets in weeks.

Research and development

From new idea, through proof of concept, to field-testing; the REGENESIS R&D Department is continually working on innova-tive and new products designed specifically for the remediation market. We listen to the needs of our clients and create injectable technologies that push the boundaries of in situ remediation and challenge the expectations of the industry.

Trusted turn-key solutions

Clients choose our injection services for the implementation of in situ remedies to ensure results. We are dedicated to the success of each project, providing certainty regarding site application, meeting remedial objectives, and health and safety standards on site.

RAMBOLL

Ramboll EnvironImmeuble Le Cézanne155 rue de Broglie13100 Aix-en-Provence Francewww.ramboll-environ.com

Ramboll Environ is the global Environment and Health practice of leading engineering, design and consultancy company, Ramboll. Trusted by clients to manage their most challenging environmental, health and social issues, Ramboll Environ has more than 2,100 staff worldwide. Ramboll works across the areas of Buildings, Transport, Planning and Urban Design, Water, Environment and Health, Energy, Oil and Gas, and Management Consulting, and has more than 13,000 experts across 300 offices in 35 countries.

We work with clients to manage the process of site closure planning, decommissioning, demolition, soil and groundwater remediation, contaminated sediment management, and envi-ronmental permit surrender. We have a long history of helping clients manage the risks associated with contaminated sites. As a global Site Solutions practice, we draw on multidisciplinary specialists throughout the world to provide solutions to many of our clients’ most challenging contaminated sites.

Our key site solutions services include environmental site assess-ment; site investigation; ecological impact assessment; human health and ecological quantitative risk assessment (QRA); site closure, decommissioning, and demolition; remedy assess-ment, design, implementation and verification; environmental restoration; environmental data management (management of large data sets using state-of-the-art geographical informa-tion systems (GIS), complex toxicological data assessment and selection); contract management; and expert advisory services including expert testimony, technical litigation, third-party veri-fication, regulatory liaison and strategic advice.

Sponsors

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How to play SodokuThere are 9 rows in a traditional Sudoku puzzle as above. Every row must contain the numbers 1, 2, 3, 4, 5, 6, 7, 8, and 9. There may not be any duplicate numbers in any row. There are also 9 columns. Like the Sudoku rule for rows, every column must also contain the numbers 1, 2, 3, 4, 5, 6, 7, 8, and 9. Again, there may not be any duplicate numbers in any column. It’s easy... or not? Have fun!

Small surprises wait for the first 3 AquaConSoil 2017 participants who return all 4 right solutions to the conference desk...

Sudoku

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ImprintAquaConSoil 2017

14th International Conference on Sustainable Use and Management of Soil, Sediment and Water Resources

26–30 June 2017 • Lyon Convention Centre • Lyon, France

Organized by Deltares, in cooperation with the local French consortium coordinated by BRGM.

Material preparing on behalf of the organizers | layout: F&U confirm, Leipzig

Print: DDF Digitaldruckfabrik Leipzig

Pictures:

Cover: fotolia.com 63140817 – Lyon skyline linear style with rainbow © paulrommer front cover: T. Deschamps, Lyon; back cover: B. Robert, Rhône_River; cover inside: J.L. Çone, Congress Center; p2 portrait N. Dörfliger: BRGM; p3 portraits H. Rijnaarts, S. van der Meu-len, S. Monier: Deltares; p33 O. Uhlmann; p45 B. Robert, Congress Center; fotolia.com 137305225 – man and woman hand holding jigsaw puzzles © chombosan; p47 O. Uhlmann, Google Maps 2017; p58 Lyon Convention Centre

www.aquaconsoil.org

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R1, R2 & R3:Roseraie 1, 2 & 3

Matchmaking:Roseraie 3

SC3A & SC3B:

St. Clair 3

Rh1, Rh2, Rh3a & Rh3b:

Rhône 1, 2, 3a & 3b

F2 & F3:Forum 2 & 3Exhibition&CateringPosters; Welcome Rec.

A: PlenariesAuditorium LumièreAUDITORIUM

A

R1R2

R3

SC3A

SC3B

Rh1

Rh2

Rh3a

Rh3b

F2 F3

Registration Desk

Conference Secretary

Registration

Room Plan







Ministry of Ecological and inclusivE transition

www.aquaconsoil.org

Conference Chairman

Prof. dr. ir. Huub RijnaartsDeltares | Professor Environment and Water Technology Wageningen University • The Netherlands

Programme Committee

Prof. Dr. Renato Baciocchi Università Roma Tor Vergata – ITProf. Dr. Frederic Coulon Cranfield University – UKDr. Pierre Faure CNRS, Université de Nancy, GIS FI – FRWouter Gevaerts MSc. Arcadis; NICOLE – BEProf. Dr. Rémy Gourdon Institut National des Sciences Appliquées INSA Lyon; Université Lyon; GIS EEDEMS – FRProf. Dr. Peter Grathwohl University of Tübingen – DEDr. Jens Laugesen DNV GL – NOProf. Dr. Marco Petrangeli Papini “Sapienza” University of Rome – ITDr. Helen Reeves British Geological Survey – UKDr. Olivier Sibourg ENOVEO; AXELERA cluster – FRDr. Nora Sutton Wageningen University – NLDr. Thomas Track Dechema – DEDr. Nina Tuxen Capital Region of Denmark – DKDr. Marc Viñas IRTA – ESHaico Wevers MSc MBA Boskalis Environmental – NL

Organizing Committee

Suzanne van der Meulen MSc Deltares – NLCorinne Merly MSc BRGM, Lyon – FRSophie Moinier MSc Deltares – NLDr. Nathalie Dörfliger BRGM – FRAurélie Ohannessian PhD AXELERA Competitive cluster for the chemical and environmental sectors – FRDr. Hildegard Feldmann F&U confirm – DEOgarit Uhlmann MSc F&U confirm – DE

Conference Secretary

Hildegard FeldmannOgarit UhlmannF&U confirmPermoserstraße 1504318 LeipzigGermanyPhone: +49 341 235 2264Email: [email protected]

Time/ Room

Auditorium Lumière

Salon Roseraie 1+2 Salle St. Claire 3 Salle Rhône 1 Salle Rhône 2 Salle Rhône 3A Salle Rhône 3B Special events

12:00–17:00Pre-conference

courses

18:30–20:00Get Together

welcome reception

09:00–10:30

Opening session Welcome

Keynote lectures

10:30–11:00

11:00–12:30

5a.1 SpS: Prioritisation strategies for regional brownfield redevelopment

3a.1:Advances in biological reductive dechlorination

1a.1:Adaptive monitoring based on real time data, model driven

4b.3:Sustainability appraisal of remediation technologies and strategies

6a.2:Ecosystems Services based subsurface management

2a.1:Human health risk assessment

12:30–14:00

14:00–15:30

4b.1 SpS:Rehabilitating brown-fields in emerging economies for renewable energy a.o. selfsustaining re-use

3b.3:Immobilization techniques

1b.2:On-site & In-situ characterization – Real-time monitoring

4b.2 SpS:Making sustainable remediation real: hands-on sustainability ass.

5b.1:Recovery of nutrients and other valuable resources

2b.3:Ecological Risk Assessment and Modelling

15:30–16:00

16:00–17:30

4c.1 SpS:Environmental Due Diligence – Best practice sharing and improving consistent approach

3g.2:Case studies of combining technologies application

1d.3:Integrated methods in assesment and monitoring

4b.4:Socio-economic appraisal of remediation technologies and strategies

6a.4:Subsurface engineering to optimize diverse use options

2c.1:Risk assessment emerging pollutant and multi-compounds

17:30–18:30 Poster Social

09:00–10:30

6a.3 SpS:Groundwater energy storage: policies, integrated technologies and management

3b.1:In situ chemical oxidation (ISCO) I

1c.1:Monitoring microbial degradation processes

3e.1:Nano-remediation: from lab investigation to field application

4c.2:Managing large scale industrial pollution

Matchmaking event (Roseraie 3)

10:30–11:00

11:00–12:30

2d.1:Risks related to surface & subsurface energy systems

3b.2:In situ chemical oxidation (ISCO) II

1b.1:Passive Samplers & Passive Flux Samplers

3e.2:Advances and future perspectives of nanoremediation

5c.1 SpS:Bench-marking of excavated soil reuse management in Europe

Matchmaking event

(Roseraie 3)

12:30–14:00

14:00–15:30

2b.5 SpS:Improved decision making for contaminated land site investigation and risk assessment

3a.2:Pilot and Field Scale biological reductive dechlorination

1e.1:Groundwater-soil-sediment-surface water interaction I

3d.1:Phytoremediation of heavy metal-polluted soils and sediments

5c.2 SpS:WaterNexus: saline and used water as an indispensable resource in delta areas

Matchmaking event

(Roseraie 3)

15:30–16:00

16:00–17:30

2c.2 SpS:Emerging issues with PFAS risk assessment workshop

3g.3:Combined technologies for chlorinated hydrocarbons

1e.2:Groundwater-soil-sediment-surface water interaction II

3d.2:Phyto-remediation of complex pollutant mixtures

6c.2:Assessment of sustainable use of the subsurface resources

Matchmaking event

(Roseraie 3)

9:00–10:30

6a.1 SpS:INSPIRATION – Linking Europeans’ Strategic Research Agenda on Spatial Planning and Land Use

3a.3:Bioremediation of contaminants of emerging concern

1d.1:Geophysical and geostatistic methods in site characterisation

3c.3 SpS:Geophysical monitoring of optimized DNAPL extraction techniques

5a.2:Brownfield regeneration

2b.1:Bioavailability assessment of PAHs and heavy metals

10:30–11:00

11:00–12:30

4a.3:Remediation goals and strategies; technical aspects

3a.4:Bioremediation of aliphatic/aromatic hydrocarbons and fuel-additives

1d.4:Integrated methods in assesment and monitoring II

3c.1:Physical and Thermal technologies for site remediation

5c.3:Reuse and upgrading of water and soil products I

2b.2:Bioavailability and bioindicators

12:30–14:00

14:00–15:30

4a.4:Remediation goals and strategies; heavy metals and radioactivity

3g.1:Combining chemical oxidation with other technologies

6c.1:Spatial assessment of soil and water quality using big data and GIS

3c.2:Thermal technologies for site remediation

5c.4:Reuse and upgrading of soil and sediment products II

1c.2:Monitoring contaminant effects on subsurface biology

15:30–16:00

16:00–17:30

4a.5:Remediation goals and strategies; administrative approaches

3b.4:In situ and ex situ chemical reduction techniques

1d.2:Biological and geochemical indicators in site assessment and MNA

4a.1 SpS:Implementing treatment techno-logies & innovative remediation USEPA Superfund Program

5a.3:Regeneration of brownfields and agronomy

2b.4 SpS:Bioavailability vs. reactivity of organic pollutants in soils and sediments

19:30-00:00 Conference Dinner

09:00–10:30

4a.2 SpS:Case study: development and regulatory approval of mass discharge remedial target for MTBE

3b.5 SpS:Silphes project: remediating chlorinated solvents

4c.3:Strategies for managing large scale pollution

3h.1:Other technologies

6b.1:Water and subsurface management in the context of climate change

1c.3:Isotope analysis based Monitoring

10:30–11:00

11:00–12:00

Closing Session Plenary presentation,

future outlook Poster awards

start 12:30

TUESDAY, 27 June

MONDAY, 26 June

PRELIMINARY CONFERENCE PROGRAMME AquaConSoil 2017 in Lyon | 26–30 June 2017

Lunch

Excursions

Lunch

Coffee break

Lunch

Coffee break

Coffee break

Coffee break

Coffee break

Coffee break

Coffee break

FRIDAY, 30 June

THURSDAY, 29 June

WEDNESDAY, 28 June







Ministry of Ecological and inclusivE transition

Documents

CONFERENCE PROGRAMME - AquaConSoil...Thank you for submitting so many abstracts with proposals for exciting special sessions, and interesting and inspiring oral and poster presentations