| KEYWORD |
Carbon Footprinting Bio-Based Products: The Case Study of a Fungal-Derived Leather Substitute
Thesis abroad
keywords BIO-BASED PRODUCTS, FERMENTATION, FUNGI, LCA, LEATHER
Reference persons FRANCESCA BOSCO
External reference persons Ing Carlos Gomez Camacho (EMPA)
Thesis type EXPERIMENTAL
Description The demand for sustainable materials has led to the development of bio-based alternatives across various fields. Concurrently, fungal biotechnology has been revitalized by research groups and commercial ventures, sparking renewed interest in fungi, mycelia, and their potential applications at different levels of innovation. Among these novel applications, fungal-derived leather substitutes have gained attention for their renewable and biodegradable properties. However, it is crucial to consider the environmental trade-offs involved in producing these substitutes.
This thesis will evaluate the carbon footprint of a specific fungal-derived leather substitute, examining its life cycle—from raw materials to its end-of-life and comparing it to conventional and other renewable leathers. The study proposes using a life cycle assessment (LCA) approach to quantify the carbon emissions associated with the laboratory-scale production of this fungal-derived leather substitute. Overall, the study aims to support the development of more sustainable alternatives in the textile industry, contributing to the shift towards low-carbon, bio-based products.
Required skills • Biotechnology - fungi cultivation (mainly translating data for LCA; laboratory work can be included)
• Life Cycle Assessment (LCA) – Inventory compilation and impact assessment methods/standards
• Chemical engineering for realistic ex- ante and scale-up considerations
Deadline 03/09/2025
PROPONI LA TUA CANDIDATURA