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EUBCE 2025 - Andrea RODENAS GARCIA - Life Cycle Assessment for Innovative Bio-based Solutions in Humanitarian Settings

Life Cycle Assessment for Innovative Bio-based Solutions in Humanitarian Settings

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Climate impacts and GHG performance

Life Cycle Assessment for Innovative Bio-based Solutions in Humanitarian Settings

Short Introductive summary

Municipal solid waste is generated wherever there are human settlements, as it is intrinsically linked to human activity [1]. In a humanitarian context, waste can be generated at household, institutional, or community levels. Solid waste management is a critical component in humanitarian response, as it must be ensured that it is handled safely during and after the emergency. However, once humanitarian waste enters in the general waste streams in humanitarian settings, it becomes indistinguishable from regular waste unless specifically marked [2]. Therefore, if not properly adequately treated, it can pollute surface and ground water, as well as soil since much of this waste is not biodegradable. SWM in humanitarian contexts can cause significant environmental challenges due to the often-limited resources and infrastructure available in these environments. The EC-funded Bio4HUMAN project [3] aims to solve solid waste management (SWM) challenges in humanitarian settings. Its main objective is to provide humanitarian aid operators and stakeholders in the bio-based sector with a list of bio-based solutions for solid waste management, with the potential to be applicable across various h

Presenter

Moderator portrait

Andrea RODENAS GARCIA

ITENE, SPAIN

Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited


Co-authors:

A. Rodenas Garcia, ITENE, Valencia, SPAIN
C. Bartolomé, ITENE, Valencia, SPAIN
E. Guilvert, WeLOOP, FRANCE
C. Szablewski, WeLOOP, FRANCE
C. Casado, Universidad de Cantabria, SPAIN

Session reference: 2AV.5.24