Feasibility Analysis of Sustainable Methods Through Manufacturing Algebra and Monte-Carlo Simulations

From some years ago, development of sustainable methods for industrial applications are a trending topic, these present the steps to guarantee the current requirements without compromising future resources. New demands for law policies and social responsibility are constantly generated. This paper presents a low cost strategy to evaluate the feasibility of sustainable methods using an extension of manufacturing algebra that includes energy consumption, waste management, and food distribution, The steps to develop a discrete model based in manufacturing operations is developed, the model is obtained in order to implement a simulator which takes into account the parametric uncertainty. A case of study in a high hierarchical level is presented.