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This work aims at establishing a new management paradigm for Waste Electrical and Electronic Equipment (WEEE) collection and treatment networks, based on Lean Thinking methodological approaches. The objective is to maximize the WEEE recovery rate to effectively support the production of new products, creating on one side the conceptual basis of the Closed… (More)
Today's business world faces challenges and pressures on an unprecedented scale. Many of these obstacles have the potential to severely affect the continuity of a manufacturing enterprise, in particular, through disruption to the wider supply chain. Indeed, it can be argued that supply chain risk is currently greater now than ever before. Resilience is one… (More)
This work is focused on some simulation tools assessment, usable for the analysis of industrial plants based on a new class of chemical reactors for energy production, obtained from the pyrolysis of organic matrix waste fluids. First of all the authors show a new Arc Flow Plasma technology. Then they analyze a simulation tool usable to understand the… (More)
Today we depend more and more on logistic networks, which often know nothing, or worse, on which our power of control is almost zero. It is impossible to imagine a life without certain types of products or food, all of that to get us often follow long and complex network and therefore vulnerable. Let see how increase in energy costs has engulfed many small… (More)
The objective of this work is the realization of a tool for decision support: a macro parametric model, consisting of two modules, the Flow Shop Main Module, representative of a typical production system and Sequencing Module, representative of the sequencing according to the FIFO rule of dispatching.