Innovative systems to prevent oil and plastic waste in rivers from entering the sea. An Italian company is looking for corporate investors with good capability in the industrialization and commercialization phases interested to exploit the patents
The Italian company was founded in 2008 and has decades of experience in the plastics sector.
In 2018, in an effort to combat the plastic waste problem, the company has developed an innovative system for the collection of plastic waste floating along watercourses.
The solution consists of a series of floating devices, positioned diagonally on the course of the river; thus positioned, they intercept plastic waste and transport it to the riverbank, in a special storage area.
Thanks to the water current, the waste is diverted from the modular barrier and brought to the appropriate collection point.
This system therefore does not require any other energy source and does not produce any kind of waste. Indeed, the system is designed to have a reduced impact on the eco-system: fauna and flora do not suffer stress from the system.
80% of the plastic in the oceans comes from rivers, and it's where it is easier and more effective to go to act.
The system is therefore an innovative, unique, and efficient with a low environmental impact solution, able to adapt to any watercourses.
Recently, the company proposes a new and innovative system to stop pollution from oils and other liquid pollutants in river waters. Parallel and integral to the plastic recovery system, it is designed to always allow navigability with the utmost respect for river flora and fauna.
The participation in or purchase of this project by private individuals certainly represents a profitable investment that aims at achieving a real change in current production paradigms whilst also generating an important economic return. For this purpose, the company is looking for an corporate investors already active in environmental market and services for the industrialization and commercialization phases or to license or purchase the patent and manage the business on their own.
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement Nº 768737