Academic DNA: From Incubation to Patent

The connection between Re-Cig and the academic world is not only operational, but genetic. The project was incubated within Progetto Manifattura di Rovereto, one of Europe's most prestigious hubs for the circular economy. The technological heart of the process, the patent for transforming cigarette butts into plastic polymer, is the result of a scientific collaboration with the University of Trento. Bringing the Re-Cig system to universities therefore means bringing research back to where it originated, closing a perfect circle between academic innovation and practical application.

The challenge: raising awareness among future leaders

The University of Palermo and the Polytechnic University of Milan represent two emblematic case studies of the project's impact in Northern and Southern Italy, within an academic network that already involves seven other universities nationwide. With over 105.000 students enrolled at these two institutions alone, the mission is twofold: ensuring the cleanliness of the campuses and, above all, educating the next generation. University students are tomorrow's decision-makers; showing them that toxic waste can be transformed into raw material is the most concrete way to teach the applied circular economy.

Case 1: University of Palermo (UniPa)

A university with over 50.000 students, where the management of open spaces is fundamental to the well-being of the student community.

• Waste recovered: 15,50 kg of cigarette butts.
• Units removed from the environment: over 51.000 cigarettes.
• Produced material (Re-ca): 6,00 kg of plastic polymers.
• CO2 avoided: 36,12 kg.

Case 2: Polytechnic University of Milan (PoliMi)

One of Europe's centers of excellence for engineering and design, with approximately 55.000 students. Here, Re-Cig technology speaks the same language as the university: that of materials innovation.

• Waste recovered: 6,12 kg of cigarette butts.
• Units removed from the environment: over 20.000 cigarettes.
• Produced material (Re-ca): 2,39 kg of plastic polymers.
• CO2 avoided: 14,26 kg.

The added value: research, coherence and belonging

1. Institutional coherence: A university that teaches sustainability must practice it. Removing cigarette butts from campuses and recycling them through a patented university process is the ultimate expression of consistency.
2. Open-air laboratory: Smoker Points become observation points for students, who can experience first-hand the results of an industrial patent born on the benches of a university.
3. Generational engagement: The younger generations are the most sensitive to the "Clean World" theme. Providing them with a tool to avoid polluting during their breaks creates a strong sense of belonging and respect for the institution.

The Re-Cig university model demonstrates that Italian research is capable of solving complex environmental problems. Transforming tens of thousands of cigarette butts into plastic resources within universities is not just a cleanup operation, but a lifelong educational initiative. If universities become the driving force of change, the future of the circular economy is assured.