Climate change has become an urgent global issue. Among the anthropic agents, the electronic industry has a significant impact on it, accounting to abount 0.45% of the global greenhouse gases emissions. Therefore it is interesting to evaluate the environmental footprint of this growing sector and possible alternatives to the current technologies, focusing on the semiconductor industry. In this context, the fullerene C60 is a well-documented molecule, constituting a well-known organic material, e.g., used in thin film. In this work, the C60 is investigated as potentially low-environmental impact organic material for the implementation of electronic devices. In particular, both a sustainability evaluation and a characterization of a microelectronic device is performed.