AIMPLAS applies in vitro bioassays to detect risks in bio-based materials whose complexity prevents a complete chemical characterization.
Visits by specialists to the technical facilities and the exhibition area strengthened the transfer of knowledge and the generation of professional collaboration networks.
XAS spectroscopy confirmed that the metals recycled from the plastic act as individual atoms, improving their catalytic efficiency.
The flax-based material removed up to 95% of the pentachlorophenol and was reused for six cycles without loss of efficacy or iron leakage.
The bacteria keep their production process active even when ammonia levels are high.
An acidophilic bacterium extracts useful materials from spent batteries without toxic products or intensive industrial processes.
Researchers design an ultrathin structure that prevents dendrite growth and improves loading efficiency.
The invention is solar powered and designed to operate in regions with very low humidity.
A study reveals that few facilities generate the majority of emissions, opening a direct pathway for their immediate reduction.
This experiment confirms its feasibility as part of future life support systems for extended off-earth missions.
Current procedures require several hours to achieve the same storage capacity.
Researchers integrate bacteria into cement to create structures that store electricity and recover their capacity after receiving nutrients.
