Sagnaba Soulama presents sustainable eco-materials in Benin, combining recycled polystyrene and plant biomass

Sagnaba Soulama's research at the University of Technology of Belfort-Montbéliard reveals that eco-materials made from recycled polystyrene and plant biomass can effectively replace traditional plastics in Benin. This study, supported by a Franco-African co-supervision, opens up prospects for various sectors, including automotive and electronics.

The research conducted by Sagnaba Soulama takes place in a context where plastic pollution is alarming. Eco-materials, particularly those incorporating recycled polystyrene and plant biomass, represent a sustainable alternative. This study aims to develop materials capable of meeting durability requirements while replacing common products in various sectors.

The results show that the developed biocomposites possess optimized mechanical and thermal properties. Tests indicate that these materials offer tensile strength comparable to that of conventional plastics, while being lighter, which paves the way for varied applications in thermal insulation and the manufacturing of electronic parts.

The implications of this research are significant for decision-makers and market players. The development of eco-materials could transform the construction and packaging sectors, thus responding to the growing demand for sustainable alternatives. Companies must consider adopting these materials to comply with environmental requirements.

« « The eco-materials we have developed can offer tensile strength comparable to that of conventional plastics, while being lighter, » says Sagnaba Soulama. »

« « This research highlights the importance of accessing sustainable solutions, essential for decision-makers looking to address current environmental challenges, » emphasizes the Lektaris team. »