A practitioner’s guide for prospective assessments across the TRLs: A case study on all-solid-state batteries

Svenja Weber¹, Kira Patzke¹, Joris Baars¹, Felipe Cerdas^1,2, Sabrina Zellmer¹, Christoph Herrmann^1,2

1: Fraunhofer Institute for Surface Engineering and Thin Films IST, Braunschweig, Germany; 2: Institute of Machine Tools and Production Technology, Braunschweig, Germany

Recent developments in generating and working with future scenarios in LCA

Bernhard Steubing¹, Romain Sacchi², Angelica Mendoza³

1: Leiden University, Netherlands, The; 2: Paul Scherrer Institute; 3: LCA 2.0 Consultants

Substitution in prospective life cycle assessment of resource recovery from waste incineration slag

Leon Alexander Zacharopoulos, Jutta Geldermann

University of Duisburg-Essen, Germany

Airborne Wind Energy – A starlight example of the “reduce” aspect in the energy sector

Karin Treyer, Romain Sacchi

Laboratory for Energy Systems Analysis, Paul Scherrer Institute, Switzerland

Estimating future environmental impacts for electric vehicle battery raw materials

Ioan-Robert Istrate¹, Bernhard Steubing¹, Antoine Beylot², Jeroen Guinee¹

1: Institute of Environmental Sciences (CML), Leiden University, The Netherlands; 2: BRGM - French Geological Survey, France

Advances in prospective LCA of WEEE recycling by thermo-chemical pyrolysis (iCycle®)

Anna Schulte¹, Moema Lamb Scheffler¹, Philip Biessey², Tobias Rieger¹

1: Fraunhofer Institute for Environmental, Safety, and Energy Technology UMSICHT, Germany; 2: Ruhr-Universität Bochum ; Universitätsstraße 150, 44801 Bochum, Germany

Comparative Life Cycle Assessment of reusable and single-use specula used in Belgian hospitals

Sophie Huysveld¹, Liesbet Demarré², Katrien Vanderwee², Simon Malfait², Veerle Duprez², Jo Dewulf¹, Norbert Fraeyman²

1: Sustainable Systems Engineering (STEN), Department of Green Chemistry and Technology, Faculty of Bioscience Engineering, Ghent University, Coupure Links 653, 9000 Ghent, Belgium; 2: Ghent University Hospital, 9000 Ghent, Belgium

An LCA comparing healthcare facility-based haemodialysis with home haemo- and peritoneal dialysis in Australia

Scott McAlister^1,2, Katherine Barraclough³

1: The University of Melbourne, Australia; 2: The University of Sydney, Australia; 3: The Royal Melbourne Hospital, Australia

Life Cycle Assessment of phase I and phase III clinical trials

Rodrigo Alvarenga¹, Jason LaRoche², Annemie Chiau², Thomas Costelloe³, Michael Collins³, Simon Aumônier⁴

1: ERM, Belgium; 2: Janssen Clinical Innovation (JCI); 3: ERM, United Kingdom; 4: Aumônier Consulting Limited

The Application of LCA in Healthcare Using the Care Pathway Approach

Aoife Calnan¹, Nigel Budgen², Thomas Costelloe¹, Rodrigo Alvarenga¹, Michael Collins¹

1: ERM; 2: AstraZeneca

Calculation of Scope 3 GHG emissions of purchased goods and services applying a hybrid approach based on life cycle thinking

Aoife Calnan¹, Saori Galley¹, Amelia Nunn², Simon Aumônier³

1: ERM; 2: Becton Dickinson; 3: Aumônier Consulting

A Collaborative Approach towards Product Category Rules for Pharmaceuticals

Isolda Agustí-Juan¹, Sarah Arias-Zeballos², Wouter De Soete³, Trine Lund Neidel⁴, Sarah Mandlebaum⁵, Barry Dillon⁶, Oliver Schwab⁷, Andy Whiting⁸

1: Roche Diagnostics International AG; 2: Sanofi Winthrop Industrie; 3: Janssen Pharmaceutica NV; 4: Novo Nordisk; 5: Takeda Pharmaceutical Company Limited; 6: Pfizer; 7: GSK plc; 8: AstraZeneca UK Limited

How to bring a macro level sustainability goal to micro level targets?

Gwenny Thomassen^1,2, Jo Dewulf¹, Steven Van Passel²

1: Ghent University, Belgium; 2: Antwerp University, Belgium

Evaluating urban mitigation strategies against absolute sustainability targets: Focus on building stocks

Lise Hvid Horup¹, Pernille K Ohms¹, Gang Liu², Srinivasa Bhuvan Gummidi², Andreas Qvist Secher³, Christian Thuesen¹, Morten Ryberg⁴

1: DTU, Denmark; 2: SDU, Denmark; 3: Ramboll, Denmark; 4: Sweco, Denmark

Absolute Environmental Sustainability Assessment of aviation transition scenarios

Bastien Païs¹, Lorie Hamelin², Alexandre Gondran³, Florian Simatos¹

1: ISAE-SUPAERO, France; 2: Toulouse Biotechnology Institute, France; 3: ENAC, France

Will the future European electricity mix exceed the planetary boundaries?

Liv Stranddorf¹, Julie Clavreul², Anne Prieur-Vernat², Morten Ryberg^1,3

1: Technical University of Denmark, Denmark; 2: ENGIE Lab CRIGEN, France; 3: Sweco Danmark, Denmark

Consumption footprint to support future scenarios assessment against policy targets and planetary boundaries

Esther Sanye Mengual¹, Jacopo Foschi², Serenella Sala¹

1: European Commission - Joint Research Centre, Italy; 2: Uni Systems, Luxembourg

Bridging the Gap Between Biodiversity Footprint Metrics and Biodiversity State Indicator Metrics

Mark Goedkoop¹, Axel Rossberg², Marina Dumont¹

1: PRé, Netherlands, The; 2: Queen Mary University London

A new approach to automate LCA impacts results at commercial reference level

Manel Sansa, William Lepercq, Benjamin Canaguier, Nicolas Viet, Vanessa Miler-Fels

Schneider Electric, France

Lessons learned applying topic modelling to improve data processing efficiency when building automatic life-cycle inventories for LCM

Tomás NAVARRETE GUTIÉRREZ¹, Antonino MARVUGLIA¹, Grégor WERNET²

1: Luxembourg Institute of Science and Technology, Luxembourg; 2: PRé Sustainability

Automating PCF calculations in a multi-sectorial chemical industry - Solvay example

Cécile Querleu, Hubert Sizaret, Charlotte Serre, Matthieu Guirardel

SOLVAY, France

How to get to a trustful LCA result in complex supply chains using digital tools? – Key challenges and requirements

Max Rehberger

TÜV SÜD Product Service GmbH, Germany

Streamlining Life Cycle Management with AI and Machine Learning

Alexander Forell, Sophia Kieselbach, Fabian Hassel

Makersite, Germany

Analysis of Primary Data Share as a rising indicator for supply chain specificity

Florian Ansgar Jaeger¹, Peter Karl Rüdiger Holzapfel², Johanna Tesch², Matthias Finkbeiner²

1: Siemens AG, ID FA MF Product Carbon Footprint, Siemensdamm 50, 13629 Berlin, Germany; 2: Technische Universität Berlin, Institute of Environmental Technology, Chair of Sustainable Engineering, Strasse des 17. Juni 135, 10623 Berlin, Germany

Looking up into the sky – dependency of digital services on outer space and related environmental impacts

Karin Treyer¹, Mathieu Udriot²

1: Laboratory for Energy Systems Analysis, Paul Scherrer Institute, Switzerland; 2: EPFL Space Center (eSpace), Switzerland

Assessing the environmental impacts of digital tools in agriculture and food supply chain: a state-of-the-art

Clémence Huck^1,2, Thibault Salou^1,2, Alexia Gobrecht¹, Eleonore Loiseau^1,2, Véronique Bellon-Maurel¹

1: ITAP, Univ Montpellier, INRAE, Institut Agro, Montpellier, France; 2: Elsa, Research Group for Environmental Lifecycle & Sustainability Assessment, Montpellier, France

LCA of a showcase website, a typical digital service use case

Adrien Berthelot^1,2,3, Eddy Carron¹, Laurent Lefèvre², Alexis Nicolas³

1: ENS de Lyon; 2: Inria; 3: OCTO Technology

CEDaCI – an overview of outputs, achievements, and inspiring change in the data centre industry

Deborah Andrews¹, Naeem Adibi², Beth Whitehead³, Kristina Kerwin¹, Victor Blancart², Dominika Ptach¹, Bahatin Bademci¹, Rich Kenny⁴, Astrid Wynne⁴, Paul Suski⁵, Justus Geibler⁵

1: London South Bank University, United Kingdom; 2: WeLOOP, Lambersart, France; 3: Operational Intelligence, London, United Kingdom; 4: Techbuyer, Harrogate, UK; 5: Wuppertal Institute for Climate, Environment, Energy, Wuppertal, Germany

Perspectives and challenges of supplier-specific data collection – ArcelorMittal experience

DIANA INDRANE

ArcelorMittal Maizières Research, France

Analysis of Secondary Raw Materials for Steel and Copper

GOZDE KAYA AVSAR, LUCA MARCOLONGO

ABB, Italy

Connecting the Internet of Things to a Digital Ecosystem for Streamlined Environmental Assessments

Didier Beloin-Saint-Pierre

Empa, Switzerland

How to automatise life cycle analysis in the context of electrical and electronic equipment

Axelle Noémie Bertrand^1,2, Tom Bauer³, Carole Charbuillet³, Martin Bonte², Marie Voyer², Nicolas Perry¹

1: Arts et Métiers, CNRS, Université de Bordeaux, I2M Bordeaux, F-33405 Talence Cedex, France; 2: Qweeko, 150 rue Mondenard, 33000 Bordeaux, France; 3: Arts et Métiers, CNRS, Université de Bordeaux, I2M - site de Chambéry, F-73375 Le Bourget-du-Lac, France

How can CO2 emissions data be requested and offered within the supply chain to provide a transparent basis for achieving decarbonization targets in the automotive industry?

Ann-Carina Tietze

Volkswagen AG, Germany

The TfS solution for a PCF sharing platform

Lydia Pforte¹, Petra Lehmann², Yvonne Heischkel³, Matthias Wagenbreth³, Julia Spiekermann⁴, Jens Plambeck⁴, Anne Troost⁵, Rainer Fischer⁶, Natalie Cueni⁶, Timm Grünebaum⁷, Julia Martius⁷, Philipp Gaulke⁸, Rohit Megaraj⁹, Björn Ebeling¹⁰, Tess Colijn¹¹, Michele Schuler¹¹, Charlotte Serre¹², Gaëlle Guyonnaud¹², Dominic Newbury¹³, Mohamed Abdel Magied¹⁴, Anne Lamy¹⁴, Piet Guiellaume¹⁴, Yves Matter¹⁵, Jakob Smets¹⁶, Vidale Derika¹⁷, Matthias Habermann¹⁸, Ralph Lange¹⁹

1: Henkel AG & Co. KGaA, Germany; 2: Akzo Nobel GmbH; 3: BASF SE; 4: BAYER AG; 5: Brenntag SE; 6: Clariant AG; 7: Evonik Industries AG; 8: LANXESS AG; 9: Lyondellbasell Industries; 10: Merck KGaA; 11: Sika AG; 12: Solvay; 13: Syngenta Crop Protection AG; 14: Givaudan SA; 15: Arkema S.A.; 16: Together for Sustainability AISBL (TfS); 17: Eastman Chemical Company; 18: Wacker Chemie AG; 19: Covestro AG

The use of LCA in a large industrial group: 15 years of experience at ArcelorMittal

Anne-Laure Hettinger

ArcelorMittal, France

Multi-criteria evaluation methods of environmental, social and economic impacts

Tom Huppertz¹, José Rafael Dulbecco¹, Bernard De Caevel¹, Alessandra Zamagni²

1: RDC Environment, Belgium; 2: Ecoinnovazione, Italy

Ecotoxicity in LCA: how to guide practitioners towards sound decision making for business?

Aurore Wermeille¹, Céline Gentil-Sergent², Magdalena Czyrnek-Delêtre³, Célia Chamillard³, Eugène Pipraud³, Jade Garcia⁴, Philippe Osset⁴, Anne-Claire Asselin¹

1: Sayari, 6 rue Carnot, 78112 Saint Germain en Laye, France; 2: ITAB, French Research Institute of Organic Food and Farming, 149 Rue de Bercy, 75595 Paris CEDEX 12, France; 3: I-Care, 28 rue du Quatre Septembre, 75002 Paris, France; 4: SCORE LCA, 66 boulevard Niels Bohr, 69110 Villeurbanne, France

Innovative methods for resources use in LCA

Tom Huppertz¹, Antoine Beylot², Bernard De Caevel¹

1: RDC Environment, Belgium; 2: BRGM, France

Methodological advances towards a robust geographical identification of supply chains

Diego Iribarren¹, Luisa Berridy², Mario Martín-Gamboa²

1: IMDEA Energy, Spain; 2: Rey Juan Carlos University, Spain

Improving time and spatial variability of Consumption Footprint indicators at EU and Member States scale

Esther Sanyé-Mengual¹, Jacopo Foschi², Piotr Wierzgala², Vasco Orza³, Tommie Ponsioen⁴, Serenella Sala¹

1: European Commission - Joint Research Centre, Italy; 2: Uni Systems, Luxembourg; 3: Piksel SRL, Italy; 4: FootPrinting, The Netherlands

Remote Sensing Based Data Products for Large Scale Life Cycle Inventory Models

René Itten, Michael Götz, Hanna Kröhner

LCA Research Group, Institute of Natural Resource Sciences, Zurich University of Applied Sciences, Switzerland

Temporal Inconsistencies in LCA : A New Tool for Calculating Dynamic Climate Change Characterization Factors

Guillaume Batot¹, François-Xavier Dezert¹, Sibylle Duval-Dachary¹, Fatima-Zahrae El Amrani¹, Cyrille François², Anne Ventura²

1: IFP Energie nouvelles, France; 2: Université Gustave Eiffel, France

Time positioning for Product Labelling

Yves BABIAN

Renault Group, France

The updated water scarcity impact characterization method AWARE2.0

Georg Seitfudem¹, Anne-Marie Boulay¹, Markus Berger², Hannes Müller Schmied³

1: CIRAIG, Polytechnique Montreal, Canada; 2: University of Twente, Netherlands; 3: Goethe University Frankfurt, Germany