A Theoretical Model Of The Circuit Of Empty Chemical Containers From Production To Reuse
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B. A. Larsen, Y. Villacampa, F. Garcia-Alonso, J. A. Reyes, P. Sastre-Vázquez
This paper presents a theoretical model to evaluate the empty agrochemical packaging circuit used in the production of transgenic soya. In order for that, a model has been developed that analyzes the structure and causal relationships of the system. Thanks to this model, it will be possible to understand the retro feeding mechanisms in a time scale. Moreover, there has been shown a graphic representation of the dynamic system that starts in the yield process of the packaging, finishing with its re-use. The mathematical model generated is defined by a group of differential equations. These equations represent the change of the variables defined as level variables in time. The equations have been defined through flow variables that represent the yield rate use, discard and collection of packages. The theoretical model is close to reality and appropriate to simulate situations. During this period a theoretical model has been developed and in earlier stages planned sample taking is presented to obtain data to adjust the theoretical model proposed.
model, chemical containers reuse