Sustainable Developement Week
Poster session – Speakers/Conference
11 – 15 October 2021, Le Bourget du Lac, France
Program
Monday 11/10/2021
- 8h15 – 12h15 : Group work on Poster preparation (online)
- 13h30 – 15h00 – Life Cycle Assessment : Methods and Applications (online)
Thomas Jusselme ▪ Professeur, HES-SO ▪ Haute école d’ingénierie et d’architecture de Fribourg
He is part of the Energy Institute (https://www.heia-fr.ch/fr/recherche-appliquee/instituts/energy/) and the Smart Living Lab (www.smartlivinglab.ch). He supervises a multidisciplinary research team whose work focuses on the integration of environmental performance indicators over the entire life cycle of buildings. He is also co-founder of several engineering companies, among them Vizcab (https://vizcab.io/), a start-up which aimed at supporting decision-makers for the low-carbon building sector.
- 15h15 – 16h45 – LCOE & LCA of PV systems (to be confirmed) – (onsite)
Nouha GAZBOUR, PhD, PV Sustainability Advisor, CEA, Department of Solar Energy (DTS)
Tuesday 12/10/2021
UNITA-Day, Université de Torino, Department of Cultures, Politics and Society (online)
- 8h15 – 9h45 – Dario Padovan, Energy, fossil capitalism, and energy transition
- 10h – 11h30:
- Stefano Magariello, Sociotechnical imaginaries for the energy transition
- Andrea Taffuri, Circular bioeconomy for energy communities
- 13h30 – 15h00:
-
- Alessandro Sciullo Energy communities as a strategy of energy transition
- Winston Gilcrease Frontier cases of energy communities
- 15h15-16h45
- Osman Arrobbio Commoning, commons et renewables energies
- Anna Grignani Community cooperatives for energy transition
Wednesday 13/10/2021
- 10h : récupération et fixation des posters
- 11h00-12h00 – Critical raw materials for the energy transition (onsite)
Aude Pommeret, Professeur, IREGE, USMB
Renewable energy generation and storage requires specialized capital goods, embedding critical raw materials (CRM). The scarcity of CRM therefore aects the transition from a fossil based energy system to one based on renewables, necessary to cope with climate change. We consider the issue in a theoretical model, where we allow for a very costly potential substitute, reectinga backstop technology, and for partial and costly recycling of materials in capital goods. We characterize the main features of the ecient energy transition, and their dependence on the relative abundance of CRM and on the recycling technology. Recycling reduces the cost of the transition. It also calls for having a large stock of recyclable CRM embedded in specialized capital at the time of adoption of the backstop technology. Moreover, we consider constraints on policy tools and myopic regulation, and show how abstracting from the scarcity of CRM, or tightly linking subsidies for renewables to the carbon tax revenue, is misleading in designing climate policy.
- 12h00 – 13h00 – Solar panels and economic growth: implementation, recycling and recovery, Giuseppe Di Vita
Photovoltaic modules have an economic life of about twenty-five years, after this period of time it is necessary to replace them and correctly dispose of the exhausted PV. The recycling of end of life solar panels is useful to avoid at the same time as the disposal into the environment of hazardous and dangerous waste, and the exhaustion of some natural resources. A theoretical model is usefull to consider the recycling of PV as a whole, and the dismantling and reuse of part of exhausted PV.
- 13h30 – 15h00 – Are rooftop photovoltaic systems a sustainable solution for Europe? – A life cycle impact assessment and cost analysis, Giorgios Martinopoulos, Grèce, Thessalonique, International Hellenic University (online)
Thursday 14/10/2021
- 8h15 – 9h45 – Wastes and biofuels market , Mohammed TAHERZADEH, Hogskolan I Boras, Sweden (online)
- 10h – 16h30 – Sustainable development challenges in industry – Case studies, Maria Popkowska, corporate advisor (onsite)
Friday 15/10/2021
- 8h30-10h00 – Climate change : From mechanisms governing global climate to scenarios for futures climates,Isabelle Couchoud, Paléoclimatologue, Edytem, USMB (onsite)
- 10h30-12h30 – Poster presentations – 5 min/poster + discussions (onsite)
Students posters
1 | LCA (life cycle assessment): the method and possible variants (consequential LCA, dynamic LCA…) |
2 | LCA (life cycle assessment): different performance indicators |
3 | Carbon footprint” concept and its application to solar systems |
4 | The concept of « embodied energy » and its application to solar systems |
5 | Environmental and Economic review of solar energy systems in the built environment |
6 | Sustainable development goals of United Nations and Solar Energy |
7 | Raw materials for solar energy systems: where are the deposits? What are the stocks of available resources? geostrategic stakes |
8 | Where are produced and where are used the basic components for renewable energies? (Industrial geostrategy) |
9 | Solar panels and circular economy |
Download the program in pdf, click here