A remarkable shift towards renewable materials has emerged in the dynamic landscape of climate change and environmental imperatives, signaling a departure from fossil fuels to bio-based alternatives. Today, we focus on nurturing a circular bioeconomy to advance high-performance, recyclable, and biodegradable biobased materials.
The 5th International EuroMagh Conference (15–17 May 2025 at Djerba*, Tunisia), spanning across three continents-North America, Europe, and Africa-serves as a Nexus for interdisciplinary connections among biology, engineering, modeling, manufacturing, and materials science.
This emphasis on diverse fields underscores the importance of each participant's contribution to the advancement of high-performance, recyclable, and biodegradable biobased materials. From extracting natural fibers to developing biopolymers and formulating biobased composites, this event promises a deep dive into cutting-edge research and industrial applications.
Researchers, industry experts, and a diverse audience will share insights and experiences, highlighting the critical need for collaboration to propel the widespread adoption of these sustainable materials.
Spring School(13–14 May 2025 at Sfax*, Tunisia)(Biobased materials for circular economy) :
A thematic school wich aims at getting together doctoral and post-doctoral students around an emergent North American, European and African-serves thematic. lt is also opened to the entire academic community of chemical engeneering biopolymers and biobased engineering materials.
TOPICS EUROMAGH BIOCOMPOSITES 2025
TOPIC 1 : BIOCOMPOSITE
Matrix and Adhesives, Formulation, Bioplastic, Mechanical/Physical Properties/Modelling and Simulation, Interface, Fracture and damage, Compatibilization.
TOPIC 2 : WOODS AND NATURAL FIBERS AS BIOBASED MATERIALS
Lignins and Hemicelluloses, Natural Fibers, Conception and Modelling.
TOPIC 3 : PROCESSING AND TREATMENT
Physical, Chemical and Biological Treatments, Bioenergy (Methane, Hydrogen), Manufacturing and Additive Manufacturing of Biocomposites.
TOPIC 4 : CIRCULAR ECONOMY APPLIED TO BIOBASED MATERIALS
Note : The Full Paper is not mandatory, it is only required for those who wish to have their paper included in the chapter book and selection for a journal paper.