Archimede, a Solar Heated Plastic Extruder
Team info
Francesco Sirianni
Master
Category
Clusters
Number of team members:

1

Are you looking for co-founders?

No

Archimede, a Solar Heated Plastic Extruder

The challenge

Most of the world's mismanaged plastic waste is located in low and medium-income countries, where for several reasons recycled plastic is only 10-20%. Waste management plans and activities are lacking, infrastructures are few, and also, most of the time, these countries are lacking electricity which makes local plastic recycling almost impossible. On the other side, most of the above-mentioned countries hold a high potential in solar energy since located in equatorial zones of the world.

The solution

The proposed solution strives to recycle plastic by combining the technologies of thermoplastic extrusion and parabolic trough collectors in order to create an electricity independent plastic extruder. The electricity freedom feature permits creating an itinerating Product Service system that allows to recycle plastic in suburbs and zones lacking waste management plans and electricity services. Moreover, the parabolic mirror allows concentrating the solar heat and melting the plastic in a more efficient way than photovoltaic panels, which are only used to power the extruder's motor.

Mission

Archimede creates an electricity-independent, diffused, and inclusive way to recycle plastic in low and mid-income countries.

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