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GreenMantra Technologies diverts thousands of tons of plastic from landfills, dumps, and the ocean. They leverage molecular recycling to produce sustainable additives from plastic waste.

Chemical recycling, particularly the depolymerization of PET presents a groundbreaking approach to tackling the global plastic waste dilemma.

EU-supported SmartCore project creates nanorods with a core-shell structure comprised of a multi-stimuli-responsive smart polymer and a piezoelectric ZnO shell. An array of these stimuli-responsive nanorods on a surface constitutes smart skin. These combine force, humidity, and temperature sensing (F-H-T) with high spatial resolution.

Nowadays, one of the harshest challenges is the development of polymeric materials for the aerospace industry. In particular, in space, engineers encounter challenging conditions. High levels of radiation (UV and solar radiation), fluctuating extreme temperatures, vacuum conditions, and microgravity characterize space.

With the growing demand for environmentally friendly activities and considering that 37% of global greenhouse gas emissions are currently generated by the construction sector, the implementation of sustainable construction has become a necessity.

Global recycling only recycles 9% of plastic waste. Furthermore, inappropriate adhesives and coatings in packaging can reduce or delay the recycling process. So, what should be considered in the development of new coatings and adhesives?

Micro molding, a specialized manufacturing process, produces small and high-precision components with micron tolerances. The constant demand for miniaturization and higher complexity geometries for medical and electronic devices drives the continuous evolution of this technology.

Robotic rotational molding is an advanced technology that enables the development of unique geometries, tight tolerances to achieve part-to-part repeatability, and less waste than conventional plastic molding.

Have you considered the potential of transforming household fruit and vegetable waste into 3D printing filaments? The BARBARA project has successfully developed biopolymers, enhanced with bio-additives derived from food waste, for the additive manufacturing of components.

The global market for Intumescent Fire Retardant (IFR) coatings was valued at $1.19 billion in 2023, and according to Grand View Research, a Compound Annual Growth Rate (CAGR) of 5.3% is projected from 2024 to 2030.