20–25 Sept 2026
Aalborg University & Online
Europe/Copenhagen timezone

Session

T5 – Building & connecting models

24 Sept 2026, 13:45
Aalborg University & Online

Aalborg University & Online

Presentation materials

There are no materials yet.

  1. Kathryn Hinkelman (University of Vermont)
    24/09/2026, 13:45
    Open Tools and Development
    Presentation (with notebook)

    Modern sustainability assessments increasingly require dynamic integration of life cyclce assessment (LCA) results with engineering simulations for systems optimization, real-time decision support, and multi-physics modeling. While Brightway-based LCA makes this integration more feasible than end-to-end software stacks (e.g., SimaPro, OpenLCA), coupling with external simulation environments...

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  2. Pierre Jouannais (INRAE)
    24/09/2026, 14:00
    Open Tools and Development
    Presentation (slides)

    Life Cycle Assessment (LCA), both in theory and practice, has traditionally relied on a strict distinction between the environment and the economy. Weidema et al. (2018) proposed a conceptual shift by relaxing this boundary and unifying economic activities and environmental mechanisms within an extended techno-biosphere matrix. In this formulation, environmental feedbacks can be represented in...

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  3. Maxime Agez (CIRAIG, Polytechnique Montreal)
    24/09/2026, 14:15
    Open Tools and Development
    Presentation (with notebook)

    Regioinvent is a novel, open-source Python framework designed to work seamlessly with Brightway to unlock the full potential of regionalization within the ecoinvent database. The tool systematically generates thousands of contextualized activity datasets by adapting key local parameters, such as electricity mixes, heat production, and waste treatment, to specific national contexts. This allows...

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  4. Matthieu Souttre (CIRAIG, Ecole Polytechnique de Montréal)
    24/09/2026, 14:35
    Open Tools and Development
    Presentation (with notebook)

    Energy System Models (ESMs) are powerful tools for designing and assessing energy transition scenarios, but their environmental scope is typically restricted to direct carbon emissions during the operation phase. This narrow framing overlooks the full life-cycle burden of energy infrastructure — from manufacturing to end-of-life — as well as a broad range of impact categories beyond climate...

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