This chapter explains in brief what is needed to achieve more sustainable manufacturing processes. It develops both aspects of sustainable, economic, and technical feasibility with most focus on the latter. Remanufacturing processes are described together with relevant factors that enhance their effectivity …

Windmolens, hoogspanningsleidingen en zonneparken: de één ziet ze als een stap naar een schone toekomst, terwijl het voor de ander stoorzenders zijn in ons prachtige landschap. Kan er een wereld bestaan waar deze ‘stoorzenders’ niet alleen visuele obstakels zijn, maar juist harmoniëren met het landschap? …

Innovative solutions for local energy systems, what roles for energy communities?

We have developed a lesson in which learners interactively construct a qualitative representation about climate change and the decline of biodiversity by using the online software DynaLearn. They are supported by a built-in support function to notice mistakes, and they can run simulations to explore …

Saturated hydraulic conductivity (Ks) of the filler layer in grassed swales are varying in the changing environment. In most of the hydrological models, Ks is assumed as constant or decrease with a clogging factor. However, the Ks measured on site cannot be the input of the hydrological model directly. …

Sour cherry (Prunus cerasus L.) stones are the major byproduct of the cherry industry and the efficient management of this biowaste can lead to achieving the food processing sustainability aimed at by the modern food industry. Despite its significant content of lipids, the valorization of cherry stone …

This study explores the intent of designers involved in design for sustainability and how responsible innovation can be collectively implemented. To do so, a case study using situational analysis was conducted with graduates of the Fabricademy program: a 6-month program on textiles and new technologies …