Conference Agenda
Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).
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Daily Overview |
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Space and Aerospace Sector - Integration of Life Cycle Thinking in Complex Systems - State of Play and Methodological Advances (1/2)
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While the concept of life cycle thinking and the eco-design approach is attractive for its holistic vision and its promise to reduce the environmental impacts of systems during development and operational phases, how does it translate into reality? The implementation of life cycle thinking in the development processes of space and aerospace systems is essential for informed decision-making, aiming to reduce their environmental impacts and thus contribute to sustainability goals.This session aims to explore the advances, successes, biases, and methodological limits of implementing eco-design in these industrial sectors. The discussion will focus on: 1. The specificities of the aforementioned sectors and their implications in implementing an eco-design approach. 2. The adaptation of methodologies and databases related to eco-design methodologies, particularly Life Cycle Assessment (LCA) 3. The challenges associated with environmental indicators, both classical and specific to these sectors. 4. The selection and development of more environmentally-friendly technologies. 5. The evaluation and handling of rebound effects and/or impact shifting. | ||
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Vers un secteur spatial durable - La fresque du spatial comme catalyseur du changement 1: AZURITE, France; 2: AERO DECARBO, France Advancing life cycle assessment and ecodesign for sustainable space programmes: lessons learned, industry collaboration, and the path forward 1: ESOC, Darmstadt, Germany; 2: ESTEC, Noordwijk, The Netherlands; 3: ESA Headquarters, Paris, France Trouver l’équilibre entre précision et vulgarisation : le besoin d’outils simplifiés. 1: Scalian; 2: CNES Inclusion d'une ACV dans la conception de missions spatiales : premières applications de l'outil ACT, développé au EPFL Space Center EPFL Space Center, Switzerland Défis et perspectives de l’écoconception dans le secteur spatial : vers une adaptation des outils et des données Department of Environmental Sustainability, ArianeGroup, rue du Général Niox BP 30056, 33166 Saint Médard en Jalles Cedex, France Eco-conception d’un baffle optique pour missions spatiales MECANO ID, France | ||