Amandine Pastor

Amandine Pastor is a researcher at INRAE and works on the integration of ecosystem services and spatial dimensions of water and carbon in life cycle assessment. Previously, she worked at the Faculty of Sciences of Lisbon in the framework of the H2020 LOCOMOTION project aiming at integrating water and soil dynamics in an integrated assessment model based on renewable energy use.
She is an agricultural engineer and holds a PhD in hydrology from Wageningen University (Netherlands). She has worked on the impact of global change on water resources and the different trade-offs between environmental flows and food security. She is specialized in earth system modelling, climate change and ecosystem services. She also has field experience in sustainable agriculture and soil and water conservation projects in Europe and overseas.

Topic: Land use, environmental flows, life cycle assessment, ecosystem services, earth system model, climate change

Linked in Amandine Pastor

Google scholar Amandine Pastor

Gustave Coste (June 2017 – January 2021)

Gustave Coste is an agricultural engineer from Montpellier Supagro (AgroTIC specialization) graduated in 2013.

Specialized in IT and GIS for environment and agriculture, he worked as data manager and project animator at the “Groupe Chiroptères Languedoc-Roussillon” in 2014 and as information system manager in the French Southern and Antarctic Territories from 2015 to 2016.

He joined ELSA in June 2017 as research engineer at LBE (INRA) to work on LCA data traceability and exchange within ELSA team, and more globally to help the team with his IT expertise.

ANR Project Sustain’Apple (2014-2018)

In France, apples are the most consumed and exported fruits. The sustainability of the whole supply chain is increasingly called into question from a sanitary and phytosanitary (SPS) point of view. Sustain’Apple aims to shed light on the organizational and institutional solutions that may be implemented at all stages of the supply chains (short and long chains). The project, which can be classified in the 2nd axis as defined by the ANR, will run for a 4-year period with the requested grant totaling €876,305. The consortium brings together all the competencies necessary to address these sustainable apple chain issues with on the research side, INRA, CIRAD, IRSTEA, Montpellier SupAgro, ESA Angers and UAPV are concerned through the involvement of UMR MOISA, UMR Innovation, UMR ITAP, PSH and UERI Gotheron.

The project includes a LCA work package that aims to compare the environmental performances of different chains, from orchards to final consumers.

Irstea Contact: Eléonore Loiseau



Charlotte Pradinaud (2015 – Present)

Charlotte Pradinaud is an agricultural engineer from Montpellier SupAgro (2013) specialized in the management of water, cultivated areas and environment.

She joined for the first time the ELSA team in 2013 for her end-of-studies internship which objective was to achieve the LCA study of a biofuel produced from macroalgae (IDEALG project). After a year abroad, she rejoined the team as a PhD student at IRSTEA, as part of the industrial Chair ELSA -PACT.

Her thesis is generally related to the Water Footprint & LCA methods, and more specifically to the development of an indicator for the impact on water quality.

Antoine Esnouf (2015 – present)

Antoine Esnouf is an agronomist from Montpellier SupAgro (2014), specialized in green chemistry and bio-process for a sustainable development. After an internship at Irstea in Life Cycle Assessment (LCA) applied to a territorial biogas plant, he joined the Elsa research group in January 2015 as a PhD Student of the Laboratory of Environmental Biotechnology (INRA LBE). Being part of the Green AlgOhol project, his work deals with the environmental analysis of a production system of agro-fuel from seaweed. One of the main objective of this thesis is the development of a methodology for analyzing the correlations between the variability of Life Cycle Inventory results and LCA results.

Sylvain MARTINEZ (2014-2017)

Sylvain MARTINEZ, born in 1985, is graduated from The University Montpellier II with a master in physics and chemistry of materials. He made his PhD (CIFRE University of Technology Troyes / Schneider Electric) on the evaluation of a global cost of a product by the coupling of its environmental and economic performances. He defended in june 2012.

He worked at the University of Technology Troyes in 2012 as research engineer. He joined an ecodesign electric radiators project, including new materials (geopolymer, materials with phase shift).

In 2014 he joined the ELSA research group (INRA LBE) in order to work on two projects : Algraal and Surfact’alg. These two projects aim to replace existing products in cosmetics, detergency and construction by products resulting from algae (macro and micro). He is responsible for the management of the project, and ecodesign and LCA subjects.

Novinpak system Life Cycle Assessment


This ISO 14044:2006 and ISO 14040:2006 compliant study* was performed within the Novinpak project. This project aims at developping a PET (polyethylene terephtalate) / recycled PET bottle for high quality wine.

To learn more about this project, download the full LCA report and even use the simplified LCA calculator, check out the Novinpak website!

Report download:

*: The Critical Review was performed by a panel of three experts and coordinated by RDC Environment. The critical review report is available in Appendix 9 of the LCA report.

Janika Laht (Jun – Aug 2013)

Janika Laht is a Ph.D student in Environmental Technology at the University of Tartu, Estonia. Since 2010 she holds a M.Sc in Environmental Engineering from University of Tartu. Janika is staying in ELSA from June 2013 until the end of August 2013.

Her research in ELSA is directly related to her doctoral studies – applying LCA methodology (1) for wastewater treatment in constructed wetlands, and (2) for comparison of different filter materials used in constructed wetlands.

At the University of Tartu, Janika gives lectures and seminars to master students in topics like LCA, GHG-s and energy-efficient construction. Besides wastewater treatment in constructed wetlands, her research is related to LCA of agricultural crops and LCA of perennial crops, which are used for recultivation of former peat extraction areas (former wetlands). She is currently supervising and has supervised several M.Sc theses related to LCA, energy/perennial/arable crops, environmental management systems and sustainability. Also, she is working part-time as an environmental specialist in an international company ÅF (, which provides consultancy in the fields of energy and environment.

Topics: Life cycle assessment, wastewater treatment, constructed wetlands, wetlands, peatlands, bioenergy, energy crops, agriculture, environmental management systems.

Ophélie Négri

Ophélie Négri is an agronomist from Montpellier SupAgro (2012). She is specialised in environment and water management.

During her training she carried out two projects in LCA: one in partnership with Naskeo Environnement (LCA of methanisation unit) and an other with InVivo (LCA of several products from agriculture).

After her graduation, Ophélie joined the ELSA team to work on the Phosph’Or project. Her mission is to assess the environmental impacts of recycling processes of phosphorus from several kinds of effluents in order to be used as fertiliser.

Comparative LCA – Wastewater treatment

Partenariat 2011 Irstea/Onema – Theme : Ecotechnologies and pollutions.
Action 24 « Analyse environnementale de cycle de vie du système assainissement »

This work builds upon the previous LCA studies delivered in 2010 and scopes a comparative LCA (Life Cycle Assessment) study of two wastewater treatment technologies designed for domestic sewage. This comparative LCA study is carried out between (i) a vertical flow constructed wetland and (ii) an activated sludge.

Available for download: 2011_Action 24 Irstea_Onema_ACV_Comparative_BA FPRv

LCA models: Wastewater treatment plant

Partnership 2010 Irstea/Onema – Theme : Ecotechnologies and pollutions.
Action 28-1 « Analyse environnementale de cycle de vie du système assainissement »


The following documents scope the LCA (Life Cycle Assessment) of two wastewater treatment plants using (i) a constructed wetland technology or (ii) a conventional activated sludge, both designed for treating domestic sewage. Inventory data relative to construction and operation of these wastewater treatment plants are described in these documents. This action required a close collaboration between Irstea specialists in environmental assessment  (Irstea UMR ITAP, Montpellier) and experts in sanitation (Irstea UR MALY, Lyon et HBAN, Antony).

Available for download:

2011_Action 28.1 Irstea_Onema_ACV_FPRv

2011_Action 28.1 Irstea_Onema_ACV_BA

Yannick Biard

Yannick Biard is an agronomist from Montpellier SupAgro (Master’s Degree 2009) specialized in life cycle assessment, associated databases and calculations tools. He is also skilled in project management and calculation tools dedicated to agronomy and environment.

He first worked as the project manager of the Agri-BALYSE program (ADEME) in 2010. This participative program is developed by a large consortium consisting of ten institutes for applied agricultural research and three agricultural research institutes specialized in the environmental assessement of farming systems. The objective is to create a public life cycle inventory (LCI) database of French agricultural raw products, applying a consistent methodology for the establishment of LCIs of crop and animal products at the farm-gate.

Yannick Biard joined the CIRAD in 2011. At the interface between agronomist and LCA scientists, his main objectives are:

  • To do LCA studies of tropical products through the use of CIRAD expertise and data.
  • To raise methodological issues for the LCA scientists.
  • To develop and manage the LCA/LCI database of CIRAD on tropical products.

Topics: life cycle assessment studies, databases, inventories, ecoinvent, simaPro, ILCD

Philippe Roux

Philippe Roux, born in 1960, is a mechanical engineer and has a postgraduate degree in engineering processes. Research engineer in Irstea ITAP unit he is a designer, former head of Mechatronics laboratory in Cemagref Montpellier. During the last years, he has focused its activities on life cycle assessment and eco-design. He has a great experience on R&D involving industry and therefore he is the technological and eco-design specialist of the ELSA team. He participates in the scientific leadership of the European network PEER (Partnership for European Environmental Research) for everything that concerns eco-technologies). Historically involved in applications such as forestry, biomass-bioenergy and phytosanitary treatments, it invests gradually issues related to water usages, wastewater management and territories approaches.

Topics: Life cycle assessment, environmental technologies, eco-design, wastewater management, bioenergy.

Eva Risch

Eva Risch graduated from the Bordeaux Higher National School of Physics and Chemistry in September 2009 with an engineering background in physics and chemistry and a research masters in environmental chemistry. In May 2010, Eva joined the ELSA Team as a Irstea research engineer. Her role is to help develop Life Cycle Assessment methodologies by carrying research on certain environmental processes. She has focused on wastewater treatment efficiencies, comparing a conventional activated sludge wastewater treatment plant with a vertical flow constructed wetland as part of a Irstea – ONEMA (French National Agency for Water and Aquatic Environments) collaboration. Her interests include elemental mass balances in the studied processes, which allow one to quantify their utility functions as per the treatment of waste waters.

Topics: Life cycle assessment, wastewater treatment plant, vertical flow constructed wetlands, activated sludge, elemental mass balance.

Ludivine Pradeleix

Ludivine Pradeleix is an agronomist, specialised in agronomy and innovation from Supagro – University Institute for tropical rural development in Montpellier (Master’s degree, 2002),

She is doing a PhD on the environmental impacts of irrigated systems in tropical contexts. She is working in the G-EAU research unit in Irstea, Montpellier.

Developed in tropical contexts, her research focus on the environmental impacts caused by the qualitative and quantitative aspects of water uses in irrigated systems.

Topics: Life cycle assessment, irrigated systems, irrigation water.


Philippe Loubet (2011-2014)

Philippe Loubet is a process and environmental engineer graduated from National Institute of Applied Sciences (INSA) of Toulouse (master’s degree, 2010). He started a PhD thesis in October 2011, in collaboration with Veolia Eau d’Île-de-France and UMR ITAP (Information and technologies for agroprocesses) of Irstea.

He is working on the environmental evaluation of water uses at the scale of an urban territory within the Life Cycle Assessment (LCA) framework. His study case is the greater Paris area.

Topics: Life Cycle Assessment, water footprint, water use, urban territories, megalopolis

Pyrène Larrey-Lassalle (2009-2017)

Pyrène Larrey-Lassalle is engineer in environmental processes, particularly eco-processes, from the National Institute of Applied Sciences (INSA) of Toulouse. After working in a private consulting agency in eco-design and LCA (Life Cycle Assessment), she joined the ELSA team in October 2009. At that time she is in charge of managing and carrying out two industrial and institutional research projects in LCA: ANR COPOTERM (Innovative process for metal recovery in industrial wastewater) and ANR DEMETHER (Valorization of agricultural by-products for the production of a new insulation material). She is also involved in training for professionals and students, and conducts LCA studies and critical reviews (expertise) for private firms and/or consulting companies.

From March 2014, she begins a thesis (funded by the Industrial Research Chair ELSA-PACT) about the “Harmonization of environmental assessment methods: Convergence of “product-oriented” (LCA) and “site-oriented” approaches used in impact assessment studies – Application to examples in water management”.

Topics:  Environmental Assessment, Life cycle assessment, Site-oriented approach, Agro-bio-processes, Water management

Laurent Lardon (2008 – 2013)

Researcher, INRA-LBE, Narbonne.
Laurent Lardon is an agronomist, he obtained a PhD in process engineering from Montpellier SupAgro in 2004. Since he stayed one year in CEMAGREF (Montpellier) and two years in the Technical University of Denmark (DTU). Since 2008 he is researcher in INRA-LBE, at Narbonne.
Its research field focuses on modelling and environmental assessment of pollution treatment and bioenergy production facilities. Its main inteserst is the propagation of uncertainty along the LCA procedure.
Themes : Life Cycle Assessment, Bioenergy, Uncertainty, Waste.

Contact :

Juliette Langlois (2010-2013)

Juliette Langlois is an agronomist graduated from Montpellier SupAgro (2009). She is currently pursuing a PhD on the Life Cycle Assessment (LCA) of production system of bioenergy from saeweed cultivated in open ocean (WinSeaFuel project). Her research deals with the modelisation of the land use impact on the ecosystems.

Topics : Life Cycle Assessment, macroalgae, anaerobic digestion, marine biodiversity.


CV J. Langlois

Mary Hanhoun (2011 – 2012)

Mary Hanhoun is a civil engineer (2003) and a PhD in process and environmental engineering from INP of Toulouse (2011).

In October 2011, Mary joined the ELSA as a post-doc to work on the Phosph’OR project. This project aims to develop recycling processes for phosphorus with agricultural purposes. Mary’s mission is to assess the environmental impact of these processes by the Life Cycle Assessment (LCA), assess the impacts of each process with a view to application in agriculture and to build a sustainable and well-thought process.

Topics: Life cycle assessment, wastewater treatment processes, phosphorus recycling

Mélissa CORNELUS (since 2020)

Mélissa CORNELUS was a Research Engineer, working for EVEA (a consultancy firm dedicated to LCA and eco-design ) and since 2020 responsible for “GIS – Evaluation environnementale des produits agricoles et alimentaires”. As an agronomist engineer (Master’s degree, 2010) specialized in sustainable production of biomolecules, materials and fuels from agricultural raw materials, Mélissa joined the ELSA team since 2011 to work on the project named Salinalgue.
This project aims at developing a sustainable process to produce biofuel from microalgae. Her mission is to assess the environmental impacts using the Life Cycle Assessment methodology. Comparing different options, assessing environmental impacts of each step will permit to build a sustainable and well-thought process.

Profil Viadeo

Profil LinkedIn

Topics : Life cycle assessment, microalgae, biofuels, bio-refinery, MFA.

Pierre Collet (2009 – 2012)

Pierre Collet is graduated from the Montpellier National School of Agronomy, and specialised in water, cultivated lands and environment management. He follows a PhD thesis since february 2009 in in the Laboratory of Environmental Biotechnology on the environmental assessment of production of biogas from microalgae, within the ANR project “Symbiose”. One of the main objective of this PhD is the integration of temporal dynamics in LCA.

Topics: Life cycle assessment, microalgae, anaerobic digestion, dynamical modelling

Véronique Bellon-Maurel (2008 – Présent)

V. Bellon Maurel is agricultural engineer (1986), engineer in chief at « Ponts, Eaux et des Forêts », doctor and research supervisor in process engineering (INP Toulouse).

Since 2004, V. Bellon Maurel is professor at Montpellier SupAgro and carries out researches at UMR ITAP Laboratory (Information and Technologies for Agroprocesses).

V. Bellon Maurel is specialized in measurement and sensors and more especially in Near Infrared Spectrometry for assessing the composition of products (food, agricultural commodities and soil …). Since 2007, V. Bellon Maurel is the head of the Regioal Platform Ecotech-LR and has actively contributed to the set-up of the ELSA research pole. She coordinates the European Project Ecotool (IRSES 23 08 51) on tools for sustainibility assessment in agriculture and forestry and is national coordinator for Interreg project Ecotech-Sudoe (International Network on Life Cycle Analysis and Industrial Ecology). Since a sabbatical leave at Water Research Centre of UNSW, Sydney (2009-2010), she initiates researches in LCA on vineyard. She is presently supervising 2 PhD thesis related to LCA and water (E Loiseau, et L Pradeleix).

Topics: Life cycle assessment, ICT, Vineyard, Water, Irrigation


Eléonore Loiseau

Eléonore Loiseau graduated from AgroParisTech (Master’s degree, 2008) and from AgroParisTech – Engref (Post-Master degree for Management and Administration in environmental sciences and policies, 2010). She did her PhD thesis at ELSA on methodological proposals for performing an environmental assessment of territories based on the Life Cycle Assessment (LCA) framework, with an implementation in the French Mediterranean case study of ‘Bassin de Thau’. Since 2014, she has been working as a researcher in Irstea ITAP unit developing research on “territorial LCA” approach.

Topics: Life Cycle Assessment, Environmental Assessment, Territory, Eco-efficiency, Land use functions, Hybrid LCA, Process LCA, Environmental Input Output (EIO) LCA


PhD Thesis: 

Loiseau E., 2014. Methodogical proposals for performing an environmental assessment of territories based on the Life Cycle Assessment (LCA) framework. PhD Thesis, Montpellier SupAgro, 280 p.

Link to her PhD dissertation: HERE

Articles in peer-reviewed scientific journals:

Loiseau E., Roux P., Junqua G., Maurel P., Bellon-Maurel V., 2014. Implementation of an adapted LCA framework to environmental assessment of a territory: important learning points from a French Mediterranean case study. Journal of Cleaner Production, in press. DOI: 10.1016/j.jclepro.2014.05.059

Loiseau E., Roux P., Junqua G., Maurel P., Bellon-Maurel V., 2013. Adaptation of the LCA framework to environmental assessment in land planning. International Journal of Life Cycle Assessment, 18, pp 1533-1548. DOI:10.1007/s11367-013-0588-y

Loiseau E., Junqua G., Roux P., Bellon-Maurel V., 2012. Environmental assessment of a territory: an overview of existing tools and methods. Journal of environmental management, 112, pp 213-225. DOI: 10.1016/j.jenvman.2012.07.024

Cécile Bessou

Cécile Bessou is an agronomist from ENESAD, Dijon (Master degree, 2001), specialized in resource management and rural development in tropical areas (ENGREF, Montpellier, and MSc at the TU Munich) and doctor in environmental sciences (PhD degree, 2009) from AgroParisTech, Paris. Within the three-year PhD project, she developed her skills in Life Cycle Assessment (LCA) while focusing on the modeling of agricultural field emissions with case studies on biofuels.

Since 2010, she has been working at CIRAD within the research unit on perennial cropping systems (UPR 34). The researchers within this team work on both agricultural and environmental issues concerning perennial crops such as Oil Palm, Rubber or Coffee tree. Cécile works on the assessment of oil palm environmental impacts, notably on the development and adaptation of the LCA methodology and agri-ecological indicators for the oil palm. Her main research activities, together with the scientists from the Hortsys research unit, cover inclusion of variability of cropping systems, modeling environmental fluxes and perennial cycles within LCA, and harmonization of methods and results comparability.

Topics : Life cycle assessment, cropping systems, perennial crops, oil palm, agri-ecological indicators, tropics, flux modelling, environment, variability.

Anthony Benoist

Anthony Benoist is a PhD in Energetics from Ecole des Mines ParisTech (2009). He has also a French diploma of General Engineering and a Master’s degree in Process engineering from Ecole Centrale de Paris (2006).

He works since 2010 as a researcher on environmental assessment on a life cycle basis of bioenergy chains, in tropical regions, in the Bioenergy unit of CIRAD, Montpellier. His activities are mainly focused on vegetable oil (for local production of electricity for instance) and wood for energy purposes (carbonization, gasification, pyrolysis, etc).

Topics: Life cycle assessment, bioenergy, oil crops, ligno-cellulosic feedstocks, land-use changes.

More information

Claudine Basset-Mens

Claudine Basset-Mens is an agronomist from Supagro, Montpellier (Master degree, 1997) and doctor in environmental sciences (PhD degree, 2005) from Agro-Campus Ouest school in Rennes, France.

With a 15 years experience at the interface between agriculture and environment, she conducted most of her research on the assessment of environmental impacts for food and farming systems in a wide range of situations (France, New-Zealand, French overseas departments, Morocco, Tunisia, West Africa…) and production systems (animal and crop production systems, horticultural systems). She is currently working in the Hortsys unit in CIRAD on the development and adaptation of the Life Cycle Assessment methodology (LCA) for horticultural production systems in the Tropics, including perennial fruit production systems and short-cycle vegetables production systems. Her main research focus covers: inclusion of variability, environmental fluxes modelling, uncertainty, modelling of perennial cycle within LCA and harmonization of methods and results comparability.

Topics: Life cycle assessment, fruits, perennial crops, short-cycle vegetables, tropics, fluxes, environment, variability, uncertainty, modelling.

Cyril Arnoult (2011 – 2013)

Cyril Arnoult is an agronomist (Master’s degree, 2003) from Montpellier SupAgro. From 2003 to 2009, he took part in launchingEnvilys, , an innovative company dedicated to expertise and developing assessment tools in agri-environment (specialised in water quality management and pollutions diffuses). In 2009, he got a background in LCA, as the company started a new activity in this area with ELSA as a partner. In 2010 and 2011, he works and helps the beginings of Dhomino, a green building start up.
Then he started half time work at Elsa in 2011, for the Ecotech-Sudoe project, and particularly the demonstration of improving energy efficiency of a research team activity through its building improvement and good practices.

Topics : LCA, data base, sustainable building, education, demonstration

Arnaud Hélias

Arnaud Hélias is an agronomist (Master’s degree, 2000) and a PhD (2003) in process engineering from Montpellier SupAgro.

After a research engineer position INRA (2004-2007) in food processing, he is now associate professor at  Montpellier SupAgro since 2008. His teachings are dedicated to ecotechnology, with a focus on environmental assessment, which are mainly carried out by life cycle assessment approaches. His research activities are performed in the Laboratory of Environmental Biotechnology. He is the Elsa group leader since 2014.

Topics: Ecodesign, Training, Life cycle assessment, microalgae, seaweed, anaerobic digestion, dynamical modelling, inventory.


BioFimE: Control of biofilms in paper mill process by combined actions of low environmental impact

Production of pulp, paper and cardboard is one of the most water-consuming industrial process. Since twenty years, the law encourages industrial sites to reduce their water consumption and their discharge to the nature.

The paper industry tries to reduce the water consumption in its processes: between 1970 and 2004, the amount of fresh water consumed per ton of paper has been reduced of 90% (source CEPI[1]). Nevertheless, the closed loop and the water recycling in paper industry lead to the creation of biological sedimentation named biofilm (or slime) in water pipes and paper machine .

Those biofilms lead to major issues as stop of paper production … The chemical agents used as treatment present some health and environmental dangers.  Some laws may forbid the use of some agents of this type. Therefore, paper mills and producers of those chemical agents are in search of alternatives.

The BioFimE project aims at reducing chemical agents consumption in paper industry by trying to fight against biofilms with mechanical, chemical and biological actions. Those complementary actions should be respectful towards the environment and adapted to the production context.

The Life Cycle Assessment (LCA) aims at assessing the different options to fight against biofilms and identify the hotspots.

[1] Confederation of European Paper Industries

BioFimE (2009-2011, funded by the French National Research Agency) Control of biofilms in paper mill process by combined actions of low environmental impact.
Contact: Mélissa Cornélus, Arnaud Hélias