When designing sustainable printed devices, the selection of materials and technologies is a crucial and time-consuming step due to a lack of comparative studies of commercially available resources. Our new publication aims to facilitate the task of material selection for researchers by presenting an experimental revision of different printing techniques, inks, and paper substrates.
The UV-disinfection prototype developed in this work explores the feasibility of achieving a technology optimization applying a holistic and environmentally conscious grounded vision.
Our rationale exploring an alternative methodology to undertake battery development under a social, economic and environmental sustainability standpoint, based on principles from the doughnut economics model is now available!
Our rationale exploring an alternative methodology to undertake battery development under a social, economic and environmental sustainability standpoint, based on principles from the doughnut economics model is now available!