@misc{Ale2024,
Author = {Alessandro Fontana, Siro Dell’Ambrogio, Veronica
Dosi, Simone Fasola, Antoinette Van Schaik,
Markus A. Reuter, Alexandra Pehlken, Lisa Dawel,
Ole Meyer},
Title = {S\&C assessment \& advisory methodologies},

Year = {2024},
Month = {06},
Url = {https://circuitsproject.eu/resources/},
type = {misc},
Abstract = {This deliverable presents the results of Task 3.1 within Work Package 3 (WP3) of the CIRCUITS project. The CIRC-UITS project focuses on demonstrating improved circularity in the 
automotive and mass electronics sectors through the reuse of semiconductors from different 
sources, as well as supporting the reuse and remanufacturing of semiconductors into new 
components and high value-added products in these sectors.
The primary objective of Task 3.1 is to define methodologies for Life Cycle Sustainability \& 
Circularity Assessment (LCS\&CA) that enable non-experts to evaluate the sustainability and 
circularity impacts of their decisions. The task focuses on developing an LCS\&CA method 
to integrate sustainability and circularity performance assessments and creating advisory 
models for various scenarios, potentially integrating third-party AI mechanisms for 
enhanced decision support.
The methodologies proposed here in D3.1 were developed through contributors' expertise, 
insights from previous projects, state-of-the-art reviews, and interactions with project pilots 
and consortium members through workshops and surveys. Key sustainability areas 
addressed include environmental, economic, and social assessment. The main circularity 
areas covered focus on recyclability and repairability. These assessment methodologies 
were tailored to the pilots' needs by characterizing their activities to understand the required 
support in terms of LCS\&CA and Advisory. For each methodology a set of indicators was 
first proposed and then selected at pilot level. D3.1 also presents a state-of-the-art study of 
AI methods and techniques which can support LCS\&CA and product lifecycle phases such 
as Eco-Design, Manufacturing and EoL.}
}
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